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Taber Abraser
The TABER® Rotary Platform Abraser (Abrader) was developed to
perform accelerated wear testing. First introduced in the 1930's, this
precision built instrument rapidly became the world standard for evaluating
abrasion resistance. Since its inception, the Taber Abraser has been used
for quality & process control, research & development and material
evaluation. Used to test a wide spectrum of materials, the abraser (abrader)
has been referenced in numerous standards and specifications and is
frequently called a Rotary Platform Dual (Double) Head Tester.
Description
Up to ½" thick specimens, are mounted to a rotating turntable and
subjected to the wearing action of two abrasive wheels, w hich are
applied at a specific pressure.
Characteristic rub-wear action is produced by contact of the test sample,
turning on a vertical axis, against the sliding rotation of two abrading
wheels. The wheels are driven by the sample in opposite directions about
a horizontal axis displaced tangentially from the axis of the sample. One
abrading wheel rubs the specimen outward toward the periphery and the
other, inward toward the center. The resulting abrasion marks form a
pattern of crossed arcs over an area approximately 30 square
centimeters.
An important feature of the TABER® Abraser
(Abrader) is the wheels traverse a complete
circle on the specimen surface. This reveals abrasion resistance at all angles
relative to the weave or grain of the material.
Test parameters can be altered, which enables the user to determine the optimal
setting for each product or material. The TABER Abraser (Abrader) allows you to
select:
Load
standard range includes 250g, 500g and 1000g
optional counter weights increase range to 75g, 125g, 325g, 375g, 825g and 875g
Abradants
• wide selection of Taber wheels available (resilient or vitrified)
• specialty wheels
• custom formulations
Vacuum level
• programmable from keypad
• adjustable vacuum nozzle clearance
• range from 50% to 100%
Test Duration
• programmable up to 50,000 cycles
Conditions
• wet or dry
•
•
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
1/26
DATA SHEET
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Each turntable has dual abrading arms that are precision
balanced. Independently operated, the abrading arms can be
raised (or lowered) to mount or inspect specimens. Each arm is
loaded for 250 gram pressure against the specimen with the
wheel mounting assembly in place (exclusive of the weight of
the wheel). To increase the load to 500 or 1000 grams, a mount
for auxiliary weights is located on the outside of the abrading
wheel bearing assembly. The location ensures that weights are
concentric with the abrading wheel. A stud on the rear end of
the abrading arm is used to carry an optional counterweight
(used to reduce the wheel load 125 or 175 grams). The stud is
also used to hold an abrading wheel as a counterweight to
compensate for the weight of the working wheel.
Taber Rotary Platform Abrasers (Abraders) are capable of
providing reliable data in a matter of minutes, compared to the
years that may be required by in-use testing
Click here to view a Taber abrasion test on Exatec(r)
automotive glazing products according to test method ASTM D1044 (video is courtesy of Exatec LLC).
Models
The TABER® Abraser (Abrader) is available in two models - single or dual specimen tables. Both offer the
same durable design and can be used interchangeably. With the introduction of the model 5135 and 5155,
Taber Abrasers are now available as 115/230V; 60/50Hz switchable and offer many new features.
TABER® Abraser (Abrader) - Model 5135
Model 5135 (shown in above picture) features a single specimen turntable.
•
•
Model 5135 [part# 985135]
CE approved
TABER® Abraser (Abrader) - Model 5155
Model 5155 features a dual specimen turntable, which allows you to perform two tests simultaneously (test
two different or identical specimens for comparison or contrast). Separate function keys operate the
turntables independent of each other.
•
•
Model 5155 [part# 985155]
CE approved
All TABER Abrasers are assembled in a sturdy, sealed aluminum housing and operated by a Control
Panel Membrane.
A vacuum system is included with each abraser, and is critical for the proper operation of the instrument.
The vacuum nozzle(s) is hinged to an adjustable mounting at the rear of the housing. This allows the
height to be modified for accommodating varying specimen thickness.
Precision stainless steel weights of 250 grams and 750 grams are furnished to provide standard wheel
loads of 500 and 1000 grams. NOTE: Weights are marked to show total load on each wheel. This marking
includes the weight of the abrading arm.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
2/26
DATA SHEET
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Incorporated into the rear of the abraser are two additional electrical receptacles. Conveniently marked,
each receptacle has been designated for the vacuum system or an optional accessory instrument.
NEW FEATURES!!!
A Quick Release Mounting Hub is now standard on all abrasers. An expanding collet hub with push-button
operation permits quick wheel mounting without the need of a locking nut. A beveled retaining nut provides
a positive locking force on the wheel hub retaining lip making certain that the wheels remain securely
fastened until disengaged. This feature results in increased clearance for the vacuum pick-up nozzle and
offers a larger viewing area for the test specimen.
The model 5135 and 5155 offer both 60 rpm and 72 rpm turntable speed. [The turntable speed on
previous versions of the Taber Abraser was dependent on the electrical line current. At 115V/60Hz the
turntable speed was 72 rpm and at 230V/50Hz the turntable speed was 60 rpm.]
The operator interface is an easy to use membrane panel with tactile feel buttons and a four line digital
display. Simple on-screen instructions allow the operator to change the test parameters via the MENU
button. An internal memory stores the data.
Four preset cycle buttons conveniently allow the operator to set commonly used test cycles.
A precision vacuum nozzle adjustment is easily accessible and controls the raising or lowering of the
vacuum pick-up nozzle.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
3/26
DATA SHEET
Page 4/26
Wheel Sets
TABER® abrading wheels are available in a range of abrasiveness to suit
a wide variety of testing applications.
Deciding which abrading wheel is best suited for your application is best
determined with preliminary testing on the actual material. The ideal
selection criteria is to reproduce, as nearly possible, the wear which the
material will be subjected to in actual use.
The composition of TABER® abrading wheels has been carefully chosen
and a rigorous quality program maintains the uniformity of the wheels.
Wheels are sold in pairs, and shipped in tight-lidded containers to prevent
damage. Each wheel is labeled "LEFT HAND (or RIGHT HAND) - THIS
SIDE OUT" to assure that the mounting position will be duplicated after
the wheels have been removed and later re-installed.
Model
Abrasive
Description
Type
CS-10F
Very Mild - Mild
Calibrase (resilient) ST-11 Stone
2 years
CS-10
Mild - Medium
Calibrase (resilient) S-11 Refacing Disc
4 years
CS-17
Medium - Coarse
Calibrase (resilient) S-11 Refacing Disc
4 years
H-38
Very Fine
Calibrade (vitrified)
Wheel Refacer with
multipoint tool
None
H-10
Fine - Medium
Calibrade (vitrified)
Wheel Refacer
None
H-18
Medium - Coarse
Calibrade (vitrified)
Wheel Refacer
None
H-22
Very Coarse
Calibrade (vitrified)
Wheel Refacer
None
CS-0
None - Very Mild
Non-Abrasive
Rubber (resilient)
N/A
2 years
S-32
None - Very Mild
Non-Abrasive
Rubber (resilient)
N/A
2 years
CS-5
None
Wool Felt (resilient) N/A
3 years
S-35
Severe Cutting /
Tearing Action
Tungsten Carbide
(non-resilient)
N/A
None
S-39
None - Very Mild
Leather (resilient)
N/A
3 years
Refacing Medium
Shelf Life
NOTES:
• Shelf life is dependent on proper storage conditions: relative humidity = 50% +/- 5%, temperature = 23° C +/- 2° C.
• The abrasive coefficient can be altered by oil or contaminants. When handling wheels, only touch the sides.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
4/26
DATA SHEET
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Selecting Wheels: Throughout the years, test procedures have been developed for many different types
of products. If you are following a particular standard, please refer to it for the appropriate wheel. The
information provided is intended to serve as a guideline only.
TABER® wheels are designed so that the binder material breaks down during use, exposing and creating a
new abrading surface. Depending on the abradant type and test specimen, the wheel surface may change
(i.e. become clogged) due to the transfer of material from the test specimen to the abrading wheel, and
must be cleaned at frequent intervals.
Calibrase® - Resilient wheel comprised of resilient binder and aluminum oxide abrasive or silicon carbide
particles. Often used to test rigid specimens.
CS-10F [part# 125321] A mild abrasive wheel designed to operate under loads not exceeding
500 grams.
CS-10 [part# 125320]
A medium abrasive wheel, designed to simulate the abrading action like
that of normal handling, cleaning, and polishing. Used to evaluate
resistance of wear on materials such as coatings, plastics, textiles, leather
and paper products.
CS-10W [part# 130950]
Same as CS-10, but white in color. Especially useful for evaluating
transparent materials where color transfer may be a problem.
CS-17 [part# 125322]
These coarse abrasive wheels produce harsher results, like that
associated with traffic or "underfoot" wear. Used to test anodized
aluminum, ceramics, plastics and enamels.
Calibrade® - Non-resilient wheel composed of vitrified (clay) and silicon carbide or aluminum oxide
abrasive particles. Often used to test flexible specimens.
H-38 [part# 125326]
Designed to operate under loads not exceeding 500 grams. This finegrained wheel is principally used for testing woven fabrics.
H-10 [part# 125323]
The abrading action of this wheel makes it ideal for testing steel and
ferrous alloys for resistance to abrasion. It is also used to test the effect of
hardening and tempering treatments on steel and other ferrous materials.
H-18 [part# 125324]
With medium abrasive properties, this wheel is recommended for
abrading rubber (non-tacky), woven textile fabrics, coated fabrics, flexible
plastic sheet, and other soft, resilient materials.
H-22 [part# 125325]
With the coarse abrasion produced by this wheel, it has been used to test
rubber, linoleum, leather, and certain deep pile fabrics (i.e. automobile
floor covering).
Specialty Wheels - Used for special applications.
CS-0 [part# 125344]
Rubber - This wheel contains no abrasive grain and is used when a
very mild abrasive action is required, and for wet tests. Uses include
determining the relative abrasion of dental powder and cream,
cleaning powders, and similar compounds. Is also used to apply S-33
or S-42 sandpaper strips.
S-32 [part# 125344]
NEMA wheel - same as CS-0.
CS-5 [part# 125319]
Felt - A densely, compacted wool felt wheel. Its principal use is in
testing textile fabrics when the service wear requires one fibrous
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
5/26
DATA SHEET
Page 6/26
material to rub against another.
S-35 [part# 1253345]
Tungsten Carbide -This wheel is manufactured with sharp, helical
teeth cut in its periphery (25 per inch set at 45°spiral pitch). Combining
both a cutting and tearing action, it provides very severe abrasion for
use on resilient materials only (rubber, linoleum, and leather).
S-39 [part# 125529]
Leather - Mounted on a brass hub, leather wheels are used in
conjunction with the Taber GRIT FEEDER.
Custom abradants can be developed upon request.
APPLICATION
Adhesives & Sealants
Anodized Aluminum
Ceramic Finishes
Coatings (Paint,
Enamel)
Concrete Floors
Dental Powder
Electroplate
Films
Glass
Hard Surface
Coverings
Home Furnishings
Insulated Wire
Laminates
Leather (Shoe Soles)
Leather Products
Linoleum
Masonite
Optical Products
Packaging
Paper
Paper & Cardboard
Plastics
Plastics
Plating
Porcelain Enamel
Printing
Rubber
Sanitary Products
Steel
CS-10F
CS-10
CS-17
X
X
X
X
X
H-38
H-10
H-18
H-22
S-35
CS-0
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
ProInex Instruments, s. r. o.
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
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X
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CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
6/26
DATA SHEET
Page 7/26
Textile (floor
coverings)
Textile (coated
fabrics)
Textiles (pile fabric)
Textiles (natural &
synthetic)
Tile (rubber and
asphalt)
Upholstery
Wax
Wood
Wool
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Test Accessories
TABER® Industries offers a full line of test accessories to be
used with the TABER® Rotary Platform Abraser (Abrader).
S-16; Steel Specimen Plates [part# 125563]
4" square, 20 gauge steel with ¼" hole (sold in packages of
10)
S-17; Wood Specimen Plaques [part# 132088-1]
4" square, ¼" birch plywood with ¼" hole (sold in packages
of 10)
S-18; Aluminum Specimen Plates [part# 132086]
4" square, Aluminum with ¼" hole (sold in packages of 10)
S-31; NEMA Glass Standardization Plates [part# 125561]
4" square, 1/8" plate glass with ¼" hole (sold in packages of 10)
S-34; NEMA Zinc Standardization Plates [part# 125562]
4" square, 0.032" zinc with ¼" hole (sold in packages of 5)
S-38; Standardization Plates [part# 121257]
4" square, 1/16" plexiglass with ¼" hole (sold in packages of 10)
S-32; NEMA Wheels [part# 125344]
Manufactured out of rubber, this wheel contains no abrasive grain and is used to apply S-33 or S-42
sandpaper strips (same as CS-0)
S-33; Sandpaper Strips [part# 121124]
Backed with a pressure sensitive adhesive, these coated abrasive strips are attached to the periphery of
S-32 (CS-0) resilient rubber wheels; 12.7mm x 160mm, 360 FEPA, closed coat (sold in packages of 100 or
500)
S-42; Sandpaper Strips [part# 125564]
Backed with a pressure sensitive adhesive, these coated abrasive strips are attached to the periphery of
S-32 (CS-0) resilient rubber wheels; 12.7mm x 160mm, 180 ANSI-CAMI, open coat (sold in packages of
100 or 500)
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
7/26
DATA SHEET
Page 8/26
S-11; Refacing Discs [part# 121102]
4" diameter, 150 grit abrasive paper for refacing resilient wheels (sold in packages of 100)
ST-11; Duplex Refacing Stone [part# 125777]
4" diameter x ¼" thick; Used to test natural or synthetic rubber "wheels" molded or cut from sheet, in place
of a flat specimen. Also used to reface CS-10F wheels. One side of stone contains a coarse grit for
refacing wheels at the start of a test (new wheels reface 100 cycles, previously used wheels reface 25 - 50
cycles); the other side has a fine grit which is used at intervals throughout a test (25 cycles each 1000
cycles for the duration of the test).
S-36; Specimen Mounting Cards [part# 125560]
4 ¼" square; Mounting card that has one side coated with pressure sensitive adhesive to hold textiles and
other flexible test specimens tightly to the mounting surface, preventing wrinkles under the abrading
wheels. On the plain side of the card, a test record form is printed. (sold in packages of 50)
S-36-1; Specimen Mounting Cards [part# 129270]
Same description as S-36, but round (sold in packages of 50)
S-37; Specimen Mounting Sheets [part# 12558]
4 ¼" square; Both sides of smooth card stock are coated with pressure sensitive adhesive, overlaid with a
protective paper that is peeled off prior to use. Mounting sheets are interleaved between the specimen and
the abraser turntable to provide a non-slip attachment for material specimens such as ceramics, plastics
and glass - when no center hole is present. (sold in packages of 100)
S-37; Specimen Mounting Sheets [part# 129271]
Same description as S-37, but round (sold in packages of 100)
125g Counterweights [part# 126108]
Counterweight used with the Taber Abraser to reduce the wheel load by 125 grams (2 pieces)
175g Counterweights [part# 133004]
Counterweight used with the Taber Abraser to reduce the wheel load by 175 grams (2 pieces)
503-0022; Auxiliary Weight (500 gram load) [part# 125769]
Auxiliary weight used with the Taber Abraser to increase the wheel load to 500 grams (requires 2 pieces).
Note; actual weight is 250 grams.
503-0023; Auxiliary Weight (1000 gram load) [part# 125770]
Auxiliary weight used with the Taber Abraser to increase the wheel load to 1000 grams (requires 2 pieces).
Note; actual weight is 750 grams.
Replacement Auxiliary Weight Set [part# 125734]
Includes 500 gram load (503-0022) and 1000 gram load (503-0023)
5130-70; Replacement Vacuum Set (120V, 60Hz) [part# 121127]
The Abraser Vacuum Unit is manufactured specifically for use with the TABER Abraser, and incorporates
a heavy-duty motor with life-lubricated sealed bearings. Mounted above a sturdy tank, the motor is kept
clear of dust and debris resulting from your testing.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
8/26
DATA SHEET
Page 9/26
A flexible suction hose is provided to connect the vacuum unit with the abraser or other accessory
instrument. And a round clean-up brush aids in cleaning loose debris from the instrument or surrounding
work area, includes flexible suction hose and round brush
5131-70; Replacement Vacuum Set (230V, 50Hz) [part# 127788]
Same description as 5130-70
Replacement Paper Filter Bag [part# 114309]
For use with Taber Vacuum equipped with plastic tanks
Replacement Paper Filter Bag [part# 129259]
For use with Taber Vacuum equipped with metal tanks
Cloth Filter Bag [part# 128086]
For use with Taber Vacuum
Filter, Cartridge Type [part# 131680]
For use with Taber Vacuum
Replacement Foam Filter [part# 114310]
For use with Taber Vacuum
Replacement Round Brush [part# 114312]
For use with Taber Vacuum
Replacement Flexible Suction Hose [part# 114311]
For use with Taber Vacuum
Taber Abraser Clean-up Hose [part# 129280]
Using the vacuum only feature on your abraser, this simple accessory makes
clean-up easy. The hose mounts to the rear vacuum nozzle opening. The small
brush is ideal for cleaning test specimens, the abraser or your work area without
the need to disconnect the vacuum hose from your abraser.
S-21; Extension Nut [part# 121224]
Provides the ability to test materials ¼" - ½" thick (samples require 3/8" diameter center hole)
S-19; Rubber Pad [part# 121016]
4 ¼" O.D. pad for Specimen Holder (sold in packages of 5)
S-12; Brush [part# 121103]
Brush for cleaning Specimen Plates
100-237; Wrench [part# 121095]
For use with hold down ring clamp screw
ETF-11; Step-down Transformer [part# 121110]
230/115V, 50/60Hz, 1000 watt
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
9/26
DATA SHEET
Page 10/26
Accessories
Quick Release Wheel Hub
Retrofit your Taber Abraser with the
Quick Release Wheel Hub. An
expandable collet hub design permits
quick wheel mounting. Activated by a
push button, a spring-loaded, beveled
retaining nut provides a positive
locking force on the hub retaining lip
making certain that wheels remain
securely fastened until disengaged. By
eliminating the left and right hand
locking nuts, the viewing area of the
test specimen is increased and
interference with the vacuum pick-up
nozzle is eliminated.
Sample Cutter [part# 985000]
Prepare your specimens for the TABER® Abraser (Abrader) using this bench top cutter.
The Model 5000 Sample Cutter will cut precise, 4.2" circular samples with a ¼" center
hole.
An easy clockwise cutting motion allows you to cut a variety of materials. Optional pads
allow you to cut materials in thickness of 0.001" to 0.25".
With a recessed cutting blade, shielded punch drive shaft, and ergonomic handle, this
rugged instrument was designed for safety and can be used in any production or
laboratory environment.
Optional accessories include:
• 0.187" Upper Pad Assembly *[part# 131569]
0.250" Upper Pad Assembly [part# 131570]*Note: Standard pad included with Sample Cutter
Diamond Wheel Refacer [part# 980250]
To ensure accurate test results, Calibrade abrading wheels should be precision
dressed when abrading surfaces are out of round, crowned or clogged with
abraded material. The Diamond Wheel Refacer allows you to true and
completely renew the working surfaces of your TABER abrading wheels.
Wheels are located on a flanged extension of the motor shaft, and enclosed by
a hinged cover for safety. A diamond tool, mounted on a shielded traverse
slide, permits light cuts across a pair of wheels providing identical wheel
diameters.
Attaching the abraser vacuum to the receptacle hole of the refacer will enable you to draw off the abrasive
cuttings and maintain a clean work area.
Optional Accessories include:
• Single Point Diamond Tool (for Model 250) [part# 131543]
• Multiple Point Diamond Tool (for Model 250) [part# 131661]
(used to reface H-38 Calibrade© Wheels)
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
10/26
DATA SHEET
Page 11/26
Quiet Cabinet
The typical sound level of operating a TABER Abraser (Abrader)
and its vacuum system can reach 78dB. With the Quiet Cabinet,
you can reduce this level by approximately 20%.
Comprised of an upper and lower unit, this solid wood cabinet
blends with any laboratory environment. The upper cabinet provides
a convenient, dust-free work space for your Abraser and features a
Plexiglas viewing window to monitor testing, and detachable front
for easy transfer of Abraser into or out of the cabinet. The lower
cabinet holds the Abraser Vacuum Unit and includes a built-in
exhaust system to provide the proper air circulation. Both cabinets
offer ample room to store test specimens, supplies, and
accessories.
The Quiet Cabinet can be purchased as a complete unit or the top
half or bottom half only. The lower cabinet exhaust system is
available for 115V, 60Hz or 230V, 50Hz (CE marked).
•
•
•
•
•
Quiet Cabinet - complete set (115V/60Hz) [part# 128372]
Quiet Cabinet - complete set (230V/50Hz) [part# 129497]
Quiet Cabinet - top [part# 128370]
Quiet Cabinet - bottom (115V/60Hz) [part# 128371]
Quiet Cabinet - bottom (230V/50Hz) [part# 129498]
** Abraser and vacuum system sold separately
Abraser (Abrader) Vacuum Unit
The Abraser (Abrader) Vacuum Unit is manufactured specifically for use with the
TABER Abraser (Abrader), and incorporates a heavy-duty motor with life-lubricated
sealed bearings. Mounted above a sturdy tank, the motor is kept clear of dust and
debris resulting from your testing.
A flexible suction hose is provided to connect the vacuum unit with the abraser or other
accessory instrument. And a round clean-up brush aids in cleaning loose debris from
the instrument or surrounding work area.
•
•
Model 5130-70 Vacuum Set (120V/60Hz) [part# 121127]
Model 5131-70 Vacuum Set (230V/50Hz) [part# 127788]
Optional accessories include:
Paper Filter Bag [part# 114309]
Paper Filter Bag [part# 129259]
Cloth Filter Bag [part# 128086]
Clean-Up Hose [part# 129280]
Using the vacuum only feature on your abraser, this simple accessory makes
clean-up easy. The hose mounts to the rear vacuum nozzle opening. The small
brush is ideal for cleaning test specimens, the abraser or your work area without
the need to disconnect the vacuum hose from your abraser.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
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11/26
DATA SHEET
Page 12/26
Grit Feeder
When used with the TABER Abraser (Abrader), the Grit Feeder
provides a unique method to evaluate 3-body abrasion
resistance on a variety of materials. This instrument was
originally designed to simulate abrasion caused from grit
embedded in leather soled shoes and is typically used to test
flooring.
Aluminum Oxide grit particles are evenly distributed onto the
specimen wear path, and pass under a pair of leather wheels.
This loose grit acts as an abradant and aids in the rolling action
that contributes to the physical breakdown of materials. The
Abraser Vacuum is attached to the grit feeder, and continuously
removes both abraded material and used grit.
Two Grit Feeder models are available. Model 255 offers left hand or right hand positioning, plus a hand
crank makes adjusting nozzle height more precise allowing for improved repositioning of samples.
Optional Accessories include:
•
•
•
•
•
•
Standardization Plates (S-38) [part# 121257]
#240 Aluminum Oxide Abradant, 50 lb. container (S-41) [part# 121086]
U.S. Standard #80 Sieve (S-40) [part# 125629]
Replacement Leather Wheels (S-39) [part# 125529]
Static Eliminator [part# 125610]
Rimmed Specimen Holders (E140-14 [part# 121155] or E140-75 [part# 125604])
Scuffing Attachment
Mounted to the left hand abraser arm mount, a scuffing head and weight are used in place of the abrading
wheels. As the table rotates, the scuffing head is dragged across the
specimen surface.
There are three standard scuffing heads:
Type
"A"
Type
"B"
[part# 120918]
Type
"C"
[part# 120920]
[part# 127524]
Scuffing Attachment Model 503-13 [part# 980503-13]
• meets Ford Test Method BN 108-04, and includes "A" and "B" heads, and a 2 lb. weight
Scuffing Attachment Model 503-GM [part# 980503-13-1]
• meets General Motors Test Method GM9911P, and includes C" head and a 1 lb. weight
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
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Office Ostrava:
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12/26
DATA SHEET
Page 13/26
Haze Kit [part# 132615]
This kit is recommended for those customers who evaluate haze measurements on transparent materials
using a haze meter. Included in the kit is a modified vacuum pick-up nozzle; 2” soft bristle, anti-static
brush, and 1/32” vacuum gap gage pin. The modified vacuum pick-up nozzle includes two precision
machined 7/16” orifices, and is electro-etched “Haze Test Nozzle – Modified Openings” to distinguish this
nozzle from the standard version (which includes two 5/16” orifices).
Arm Height Extension Kit [part# 132690 and 132705]
This kit permits the testing of samples up to 40mm. Using precision-machined adaptor, abraser (abrader)
arms are raised to accommodate specimens that exceed the recommended maximum thickness. Located
off a reference point, tolerances are maintained to ensure correct wheel alignment and positioning. A set of
shims is also included to maintain proper position of the arms relative to the test specimen. [Requires
instrument to be returned to factory for modification and calibration.]
Calibration Verification Kit [part# 132030]
The Calibration Verification Kit enables operators to check critical parameters to verify the performance of
a TABER Rotary Platform Abraser (Abrader). This fast, reliable system check identifies potential concerns
signifying when the instrument should be returned for adjustment or repair. [Not intended as a substitute
for regular calibration.]
Specimen Holders
Different configurations of specimen holders add to the versatility of the
TABER Abraser (Abrader), and permits testing most any material. All
holders are interchangeable, and have been designed to lock in place yet
still be easily removed from the abraser (abrader).
A common feature to most specimen tables is the clamp plate and nut.
Mounted on top of your specimen, these help keep flexible materials flat
and rigid materials secure. The rubber pad (S-19) ensures specimen
materials do not slip during testing.
E100-125; Specimen Holder [part# 120990]
Test all rigid, flat specimens of any material (standard specimen holder included
with all abrasers).
E100-101; Hold Down Ring (4 17/64" ID) [part# 125795]
Used for flexible materials up to 1/16" thick [use with E100-125].
E100-102; Hold Down Ring (4 21/64" ID) [part# 125796]
Used for flexible materials up to 1/16" thick [use with E100-125].
E100-10; Transparent Plastic [part# 121205]
Used for viewing textile specimens against a light source to determine wear
characteristics without having to remove the specimen from the holder. (Can be used with
E100-101 or E100-102).
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
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Office Ostrava:
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13/26
DATA SHEET
Page 14/26
E140-14; Ring Clamp Holder [part# 121155]
Eight (8) screws spaced evenly on the clamp plate allow you to test slightly warped
specimens (dry or wet). Furnished with (S) or without (NS) center screw.
E140-15; Textile (Tensioning Type) [part# 121148]
Used for flexible materials. Incorporates a raised wear track to provide extra tensioning
to the material when the hold down ring is drawn down over the edge of the holder and
clamp plate is mounted. Requires 5 ¼" circle of test material.
E140-18; Textile (Rimmed) [part# 121208]
Used for flexible materials. This holder provides an initial stretch to woven fabrics,
thereby minimizing their tendency to wrinkle if they are tested moist.
E140-19; Drive Pin Type [part# 121207]
Used for rigid, square specimens without the need for a center hole. Specimens are
attached to this holder with S-37 or S-37-1 mounting sheets.
E140-21; Threaded Ring (NEMA) [part# 121206]
Used for slightly warped specimens, this holder incorporates a clamp plate and flanged
clamp ring. The clamp ring is threaded to the body of the holder, which securely holds the
outer edges of a specimen up to 5 3/8" diameter.
E140-75; Rimmed Specimen Holder [part# 125604]
Used for wet testing materials. A 3/8" raised rim retains liquids, allowing you to determine
the effect of absorbed and or surface moisture on abrasion resistance.
E-3945; Multiple Specimen [part# 121241]
Divided into eight (8) sections, this holder permits simultaneous testing of lightweight,
flexible specimens. Used primarily for nylon hosiery and light fabrics.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
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14/26
DATA SHEET
Page 15/26
Specimen Holder - Silicon Rubber Wet Test [part# 121241-1]
Specially designed for testing silicon rubber products (including breast implants).
Abraser modification required.
S-19 Replacement Pads [part# 121016]
Rubber pads for specimen holders (4 ¼" OD)
S-21 Extension Nut [part# 121224]
Use this center nut to test materials ¼" - ½" thick (requires a 3/8" center hole).
Arm Height Extension Kit [part# 132160]
This kit changes the position of the abraser arms to permit the evaluation of samples up to 40mm. A set of
shims permits the user to maintain proper position of the arms relative to the test specimen. [Requires
instrument to be returned]
Interpreting Results
There are different ways to interpret TABER Rotary Platform Abraser (Abrader) test results. They can
range from a visual inspection to a detailed computer analysis using TaberWear™ 1.0. The method of
evaluation that you select should reflect the type of material that is being tested. In many cases, if you are
following a specification - the method for interpreting test results will be listed.
Test results are typically expressed as a wear factor or numerical abrasion index of the test specimen. The
most common methods of evaluating results from the Taber Abraser (Abrader) include:
Visual End Point - Test ends when there is a clearly marked change in specimen appearance or other
characteristic. When the abrasion test end-point is described in a material specification, the end-point may
consist of pass/fail criteria such as yarn breakage, loss in coating, loss of luster, napping, pilling, color loss,
or other changes in appearance. Specimens are typically compared with a known standard of the material
tested.
Weight Loss - Usually shown in milligrams, indicates how much material has been removed by abrasion.
L=A-B
where L = weight loss
A = weight of test specimen before abrasion
B = weight of test specimen after abrasion
Taber Wear Index - Indicates rate of wear, and is calculated by measuring the loss in weight (in
milligrams) per thousand cycles. The lower the wear index, the better the abrasion resistance.
I = (A - B) * 1000 / C
where I = wear index
A = weight of test specimen before abrasion
B = weight of test specimen after abrasion
C = number of cycles
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
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15/26
DATA SHEET
Page 16/26
Volume Loss - For specimens of different specific gravities. Using a correction factor, you can obtain a
true indication of wear resistance.
Depth of Wear - Measure the depth of the wear with an instrument such as an OPTICAL MICROMETER.
Wear Cycles Per Mil - Represents the wear cycles required to break through a coating of a certain
thickness.
where W = wear cycles per mil
D = cycles required to wear coating through to substrate
T = thickness of coating, mils (0.001 in)to one decimal place
W=D/T
Residual Breaking Force (textile fabrics) - The effective strength of the fabric, or force required to break
a specific width of fabric. To determine the individual breaking force of the abraded specimen use the
procedure described in the ASTM D5034 and D5035 Standard Test Method for Breaking Strength and
Elongation of Textile Fabrics. To work, you must change the distance between clamps to 25mm and
horizontally place the path of abrasion on the abraded specimen midway between the clamps. Report the
breaking load to the nearest 0.5kg.
Average Breaking Strength (textile fabrics) - Calculated by averaging the breaking strength of the
abraded specimens and the unabraded specimens, as determined by the Residual Breaking Force.
Percentage Loss in Breaking Strength (textile fabrics) - To determine the breaking load of the original
fabric and the abraded specimen, use the procedure noted above (ASTM D5034 and D5035). Calculate
the percentage loss in breaking strength to the nearest 1% for each lengthwise and widthwise directions.
AR% = 100 * (X-Y) / X
where AR% = abrasion resistance, %
X = breaking force before abrasion, g(lb)
Y = breaking force after abrasion, g(lb)
Test Specifications
Test procedures for the TABER® Rotary Platform Abraser (Abrader) have been established by a number of
organizations. The following is a partial listing.
Decorative High Pressure Laminates (HPL); Sheets Based
AENOR
UNE 53-173-92 Part 2
on Thermosetting Resins; Part 2: Determination of
Properties
UNE EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
AENOR
UNE EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
Architecture
AENOR
UNE EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
AENOR
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
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Office Ostrava:
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16/26
DATA SHEET
Page 17/26
UNE 57095
Paper and cardboard - Determination of Resistance to
Abrasion - Taber Method
AENOR
UN EN 438-2
Decorative High Pressure Laminates (HPL); Sheets Based
on Thermosetting Resins; Part 2: Determination of
Properties
AENOR
UN EN 13329:E
Laminate floor Coverings - Specifications, Requirements
and Test Methods
AENOR
UN EN 13696
Wood and Parquet Flooring - Determination of Elasticity
and Resistance to Wear
AFNOR
FD ENV 13696
Wood and Parquet Flooring - Determination of Elasticity
and Resistance to Wear
AFNOR
NF B 51-282
Melamine Faced Particleboards - Determination of
Resistance to Abrasion
AFNOR
NF EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
AFNOR
NF EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
Architecture
AFNOR
NF EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
AFNOR
NF G 37-121
Rubber or Plastic Coated Fabric-Determination of the
Wear Resistance by Rubbing with two Abrasive Wheels
AFNOR
NF Q 03-055
Paper and Board Tests - Determination of Abrasion
Resistance of Paper and Board (by Taber Method)
AFNOR
NF T 30-015
Paints and Varnishes - Abrasion Resistance Test
AFNOR
NF EN 438-2
Decorative High Pressure Laminates (HPL); Sheets Based
on Thermosetting Resins; Part 2: Determination of
Properties
AFNOR
NF EN 660-2
Resilient floor coverings - Determination of wear resistance
- Part 2: Frick-Taber Test
AFNOR
NF EN ISO 5470-1
Rubber or Plastics Coated Fabric-Determination of
Abrasion Resistance
ANSI
INCITS 322-2002
Card Durability Test Methods
ANSI/NSF
35
High Pressure Decorative Laminates for Surfacing Food
Service Equipment
ANSI/NSF
49
Class II (Laminar Flow) Biohazard Cabinetry
ANSI/NSF
51
Food Equipment Materials
AENOR
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
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Office Ostrava:
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17/26
DATA SHEET
Page 18/26
ANSI/SAE
Z26.1-1996
Safety Glazing Materials for Glazing Motor Vehicles and
Motor Vehicle Equipment
AS
AS 2001.2.28
Methods of Test for Textiles
AS
AS/NZS 1580.403.2
Paints and Related Materials - Methods of Test
AS
AS/NZS 4266.2
Reconstituted wood-based panels - Methods of Test Determination of resistance to surface abrasion (Taber
abrasion test)
ASTM
C501
Standard Test Method for Relative Resistance to Wear of
Unglazed Ceramic Tile by the Taber Abraser
ASTM
C1353
Standard Test Method Using the Taber Abraser for
Abrasion Resistance of Dimension Stone Subjected to
Foot Traffic
ASTM
D1044
Standard Test Method for Resistance of Transparent
Plastics to Surface Abrasion
ASTM
D3389
Standard Test Method for Coated Fabrics Abrasion
Resistance (Rotary Platform Double-Head Abrader)
ASTM
D3451
Standard Practices for Testing Polymeric Powders and
Powder Coatings
ASTM
D3730
Standard Guide for Testing High-Performance Interior
Architectural Wall Coatings
ASTM
D3884
Standard Guide for Abrasion Resistance of Textile Fabrics
(Rotary Platform, Double-Head Method)
ASTM
D4060
Standard Test Method for Abrasion Resistance of Organic
Coatings by the Taber Abraser
ASTM
D4685
Standard Test Method for Pile Fabric Abrasion
ASTM
D4712
Standard Guide for Testing Industrial Water-Reducible
Coatings
ASTM
D5144
Standard Guide for Use of Protective Coating Standards in
Nuclear Power Plants
ASTM
D5146
Standard Guide to Testing Solvent-Borne Architectural
Coatings
ASTM
D5324
Standard Guide for Testing Water-Borne Architectural
Coatings
ASTM
D6037
Standard Test Methods for Dry Abrasion Mar Resistance
of High Gloss Coatings
ASTM
D7255
Standard Test Method for Abrasion Resistance of Leather
(Rotary Platform, Double-Head Method)
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
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VAT No:CZ27297845
Office Ostrava:
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18/26
DATA SHEET
Page 19/26
F362
Standard Test Method for Determining the Erasability of
Inked Ribbons
F510
Standard Test Method for Resistance to Abrasion of
Resilient Floor Coverings Using an Abrader with a Grit
Feed Method
F1478
Standard Test Method for Determination of Abrasion
Resistance of Images Produced from Copiers and Printers
(Taber Method)
ASTM
F1978
Standard Test Method for Measuring Abrasion Resistance
of Metallic Thermal Spray Coatings by Using the Taber
Abraser
BSI
BS 3900
Paints and Varnishes; Determination of Resistance to
Abrasion
BSI
BS DD ENV 13696
Wood and Parquet Flooring - Determination of Elasticity
and Resistance to Wear
BSI
BS EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
BSI
BS EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
Architecture
BSI
BS EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
BSI
BS EN 438-2
Decorative High Pressure Laminates (HPL); Sheets Based
on Thermosetting Resins; Part 2: Determination of
Properties
BSI
BS EN 660-2
Resilient floor coverings - Determination of wear resistance
- Part 2: Frick-Taber Test
BSI
BS EN ISO 5470-1
Rubber or Plastics Coated Fabric-Determination of
Abrasion Resistance
CEN
EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
CEN
EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
Architecture
CEN
EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
CEN
prEN 14688
Sanitary appliances - Wash basins - Functional
requirements and test methods (part 5.7)
ASTM
ASTM
ASTM
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19/26
DATA SHEET
Page 20/26
CFFA
P-101C
Min Performance Standards for Vinyl Swimming Pool
Liners - In-Ground
CFFA
Test 1
Standard Test Methods - Chemical Coated Fabrics and
Film
CFFA
Test 200
Standard Test Methods - Chemical Coated Fabrics and
Film
CNS
K6591
Method of Test for Polyurethane Athletic Installation
Material
DaimlerChrysler
LP-463KB-21-01
Wear Resistance of Trim Materials - Taber Method
DaimlerChrysler
MS-PP11-1
Vacuum Metallizing for Plastic Parts - First Surface Interior
DaimlerChrysler
MS-PP11-2
Vacuum Metallizing - High Wear Resistance- For Plastic
Parts - First Surface Interior
Dept of
Defense
MIL-A-8625F(1)
Military Specification - Anodic Coatings for Aluminum and
Aluminum Alloys
Dept of
Defense
MIL-C-22992E
General Specification for Connectors, Plugs and
Receptacles, Electrical Waterproof, Quick Disconnect,
Heavy Duty Type
Dept of
Defense
MIL-P 18493 (NAVY)
Military Specification - Packing, Performed, Carbon; and
Carbon Stock, Packing
Dept of
Defense
MIL-PRF-61002A
Military Specification - Pressure-Sensitive Adhesive Labels
for Bar Coding
Dept of
Defense
MIL-STD-13231
Department of Defense Standard Practice - Marking of
Electronic Items
Dept of
Defense
MIL-T-28800E
Military Specification - General Specification for Test
Equipment for use with Electrical and Electronic Equipment
DIN
DIN 52 347
Testing of Glass and Plastics; Abrasion Test; Method
Using Abrasion Wheels and Measurements of Scattered
Light
DIN
DIN 53 109
Testing of Paper and Board; Determination of Abrasion by
the Abrasion Wheel Method
DIN
DIN 53 754
Testing of Plastics; Determination of Resistance of Wear
by Abrasive Wheels
DIN
DIN 53 799
Decorative Laminated Sheets on Basis of Aminoplastic
Resins; Test Method
DIN
DIN 68 861 T2
Furniture Surfaces: Behavior at Abrasion
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20/26
DATA SHEET
Page 21/26
DIN
DIN EN 660-2/A1
Resilient Floor Coverings - Determination of Wear
Resistance - Part 2: Frick-Taber Test; Amendment A1
DIN
DIN EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
DIN
DIN EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
Architecture
DIN
DIN EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
DIN
DIN EN ISO 5470-1
Rubber or Plastics Coated Fabric-Determination of
Abrasion Resistance
CEN
EN 438-2
Decorative High Pressure Laminates (HPL); Sheets Based
on Thermosetting Resins; Part 2: Determination of
Properties
CEN
EN 660-2
Resilient floor coverings - Determination of wear resistance
- Part 2: Frick-Taber Test
CEN
EN 13329:E
Laminate floor Coverings - Specifications, Requirements
and Test Methods
CEN
ENV 13696
Wood and Parquet Flooring - Determination of Elasticity
and Resistance to Wear
Federal
Test Method Std. No. 191A
Method 5306.1
Abrasion Resistance of Cloth: Rotary Platform, DoubleHead (Taber) Method
Federal
Test Method Std. No. GG-P455b
Plates and Foils, Photographic (Photosensitive Anodized
Aluminum)
Federal
TT-P-0091D
Interim Federal Specification - Paint, Rubber Base,
Styrene-Butadiene Type, Interior, for concrete floors.
Ford
BN 108-02
Resistance to Abrasion - Taber Abraser
Ford
BN 108-04
Resistance to Scuffing
Ford
ESB-M99P14-A1
Engineering Material Specification - Pad Printing, First
Surface Plastic or Painted Plastic, Interior
Ford
WSS-M15P34-B1
Engineering Material Specification - Performance, Interior
Trim Appliques, High Wear
Ford
WSS-M15P34-B2
Engineering Material Specification - Performance, Interior
Trim Appliques, Low Wear
Ford
WSS-M15P4-E
Engineering Material Specification - Interior Trim,
Assembly Performance Specification
General
GM2751M
Automotive Upholstery Fabric
ProInex Instruments, s. r. o.
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Office Ostrava:
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21/26
DATA SHEET
Page 22/26
Motors
General
Motors
GM9515P
Abrasion Resistance of Organic Coatings (Taber Abraser
Method)
General
Motors
GM9911P
Scuff Resistance to Surface Wear
General
Motors
HN0245
Determination of Resistance to Abrasion
Hyundai/Kia
MS300-32
Abrasion Resistance of Woven Knits for Automotive
Interiors & Trim
ISO
3537
Road Vehicles - Safety Glazing Materials - Mechanical
Tests
ISO
4586-2/Amd.4
High-pressure decorative laminates - Sheets made from
thermosetting resins
ISO
5470-1
Rubber or Plastics Coated Fabrics - Determination of
Abrasion Resistance
ISO
7784-2
Paints and Varnishes; Determination of Resistance to
Abrasion
ISO
9352
Plastics; Determination of Resistance to Wear by Abrasive
Wheels
ISO
10074
Specifications for Hard Anodic Oxidation Coatings on
Aluminum and its Alloys
JIS
A 1453
Method of Abrasion Test for Building Materials and Part of
Building Construction (Abrasive-Paper Method)
JIS
H 8503
Methods of Wear Resistance for Metallic Coatings
JIS
K 6902
Testing Method for Laminated Thermosetting Decorative
Sheets
JIS
K 7204
Testing Method for Abrasion Resistance of Plastics by
Abrasive Wheels
JIS
L 1096
Testing for Woven Fabrics
NALFA
LF-01-2001
Laminate Flooring
NASTA
Manufacturing Standards and Specifications for Non-Consumable Soft-Cover Texts Specifications for Textbooks Cover Coating
NEMA
LD3 - 3.13
High Pressure Decorative Laminates
SAE
J 365
Method of Testing Resistance to Scuffing of Trim Materials
SAE
J 948
Test Method for Determining Resistance to Abrasion of
Automotive Bodycloth, Vinyl, and Leather, and the
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
22/26
DATA SHEET
Page 23/26
Snagging of Automotive Bodycloth
SAE
J 1530
Test Method for Determining Resistance to Fiber Loss,
Resistance to Abrasion and Bearding of Automotive Carpet
Materials
SAE
J 1847
Abrasion Resistance Testing - Vehicle Exterior Graphics
and Pin Striping
SAE
J 2394
Seven-Conductor Cable for Abs Power
SAE
J80
Abrasion Resistance of Automotive Rubber Mats
SIS
SIS 92 35 09
Floor Materials - Determination of Abrasion Resistance
SIS
SS EN 438-2
Decorative High Pressure Laminates (HPL); Sheets Based
on Thermosetting Resins; Part 2: Determination of
Properties
SIS
SN EN 660-2
Resilient Floor Coverings - Determination of Wear
Resistance - Part 2: Frick-Taber Test
SIS
SS EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
SIS
SS EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
Architecture
SIS
SS EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
SIS
SN EN ISO 5470-1
Rubber or Plastics Coated Fabric-Determination of
Abrasion Resistance
Tappi
T 476
Abrasion Loss of Paper and Paperboard (Taber-type
method)
UNI
UNI EN 660-2
Resilient Floor Coverings - Determination of Wear
Resistance - Part 2: Frick-Taber Test
UNI
UNI EN ISO 5470
Rubber or Plastics Coated Fabric-Determination of
Abrasion Resistance
UNI
UNI 9115
Furniture: Test for surface finishes.
Behavior of surfaces to wear abrasion.
UNI
UNI 10559
Paints and Varnishes; Determination of abrasion
resistance by the Taber apparatus.
UNI
UNI EN 13672
Surfaces for Sports Areas - Determination of Resistance to
Abrasion of Non-Filled Synthetic Turf
UNI
UNI EN 14431
Vitreous and Porcelain Enamels - Characteristics of the
Enamel Coatings Applied to Steel Panels Intended for
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
23/26
DATA SHEET
Page 24/26
Architecture
UNI
UNI EN 14864
Vitreous and Porcelain Enamels - Enamel Coatings
Applied to Steel for Writing Surfaces - Specification
United
Nations
ECE Regulation 43
Uniform Provisions Concerning the Approval of Safety
Glazing and Glazing Material
Calibration
The Taber® Rotary Platform Abraser (Abrader) is a precision instrument that must be calibrated by an
authorized Taber Calibration Center on a regular basis. The frequency of this calibration should be based
on instrument usage and become part of your company’s quality procedures.
Taber Industries calibration service for the Rotary Platform Abraser (Abrader) incorporates a proprietary
gauging system used to measure critical parameters. Our skilled technicians evaluate the instrument
against established tolerances and make the necessary adjustments to ensure that each unit is set to the
required specifications. If any problems are identified during this evaluation, the customer is notified prior
to the repair.
A Calibration Verification Kit is also available for the Taber Rotary Platform Abraser. Not intended as a
substitute for regular instrument calibration, the kit allows the operator to monitor the following critical
parameters:
•
•
•
•
Proper wheel alignment
Proper wheel tracking
Irregular bearing wear
Vacuum suction force
It also describes other miscellaneous inspections that are critical to the performance of the instrument.
This fast, reliable system check is useful to identify potential concerns during the year. And will signify if an
instrument should be returned for recalibration or repair prior to it’s scheduled calibration.
FAQ's
How often, and is it necessary to have my abraser calibrated?
The Taber® Rotary Platform Abraser is a precision test instrument. To ensure your test results are
accurate, Taber recommends that you have your Abraser calibrated on an annual basis. Instruments must
be returned to the factory for calibration. To verify calibration during the year, a Calibration Verification Kit
is available.
What is the speed of the turntable?
The Model 5135 and 5155 offer both 60 and 72 rpm turntable speeds. The turntable speed on previous
versions of the Taber Abraser was dependent on the electrical line frequency. At 60Hz, the turntable
speed was 72 rpm and at 50 Hz the turntable speed was 60 rpm.
The test results are different than I expected, why?
There are many factors that can influence test results. For consistent test results, it is imperative that you
test the same each and every time. Some potential causes of test variation include: operator error;
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
24/26
DATA SHEET
Page 25/26
changes in environmental conditions; static build-up; improper test set-up; failure to resurface wheels;
variation in specimens; different vacuum pick-up nozzle height; full vacuum collection bag; etc.
How do I determine what height to set the vacuum pick-up nozzle?
The height of the vacuum pick-up nozzle is normally set between 1/8" and 1/4". The intent is to remove the
abraded material. If the nozzle is set too close, you run the risk of lifting flexible test specimen and
preventing sufficient cooling of the vacuum motor. If the nozzle is set too high, the suction may not be
great enough to remove the abradant material.
My specimens are greater than ¼" thick, can I still use the abraser?
Specimens up to ½" thick can be tested on the Taber Abraser with the S-21 Extension Nut. An arm height
extension kit [part# 132160] is available and permits the testing of specimens up to 40mm (requires return
of abraser for modification).
What is the proper method for changing specimen tables?
Turntables can be removed by placing your fingers under the table (180° apart), and gently lifting straight
up. A spring-loaded retention mechanism locks the turntable onto the motor drive shaft. The upward
pressure will release the retention mechanism. NOTE: The drive shaft and holder bores are machined to
precise tolerances; never force the removal of a holder as it may result in damage.
Can I use my abraser to run wet tests?
Yes - using the Rimmed Specimen Holder (model E-140-75), you can determine the effect of absorbed
and or surface moisture on abrasion resistance.
What criteria should I use to select which wheels to use?
Under normal conditions, the general rule of thumb is, a load and wheel combination should run a
minimum of 300 cycles on a material before the end point occurs. Otherwise, the test may be too harsh. If
you are following a specific test standard, the wheel may be called out.
What are the differences between Calibrase® and Calibrade® wheels?
Calibrase wheels are composed of resilient binder and aluminum oxide or silicon carbide abrasive
particles. Typical uses include testing rigid specimens.
Calibrade are non-resilient wheels composed of vitrified (clay) and silicon carbide or aluminum oxide
abrasive particles. They are often used to test flexible specimens.
How many tests can be performed with a pair of wheels?
The wear life of a wheel varies with the surface texture and frictional characteristics of the material tested.
Under ordinary conditions, they can provide 10,000 to 50,000 wear cycles. Abnormally short wheel life
may indicate incorrect wheel or load selection, too frequent refacing or improper procedure. The wheels
have been designed to operate until worn down to a minimum of 1 ¾" (outside edge of label).
Is there a shelf life on the wheels?
There is no shelf life on Calabrade® wheels. However, due to their composition, Calabrase® wheels should
be used before the expiration date printed on them. For CS-10F, the shelf life is 2 years. For CS-10 and
CS-17, the shelf life is 4 years. NOTE: Shelf life is dependent on proper storage conditions.
How often do I reface my Calibrase® wheels?
Before using a new set of Calibrase® wheels, two refacings of 50 cycles each are recommended to ensure
perfect contact of abrading faces with specimen surface.
Before each test, reface previously used wheels 25 (for short tests on similar material) or 50 cycles (for
tests of 1000 cycles or more, or for unlike material).
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
25/26
DATA SHEET
Page 26/26
How do I reface my Calibrase® wheels?
Calibrase wheels typically are refaced with the S-11 refacing disc or the ST-11 refacing stone. For
refacing, use the same weight on the abrading arms as in testing, and adjust the vacuum pick-up nozzle
height to ¼".
As the wheels are used, they slowly disintegrate and continually expose fresh abrasive grains. In testing
certain materials however, the wheel faces may become clogged as a result of the adhesive character of
particles worn off the specimen thereby changing the abrasive characteristics of the wheel. To correct this,
reface the wheels. Color changes may occur when the wheel faces become coated with fine abradings.
This is a normal condition, and should not be confused with clogging.
The resilient composition of these wheels makes them subject to slight changes of form. When operating
the abraser, out of round wheels may be detected by the slight up and down movement of the abrading
arm. This condition can be corrected with the Diamond Wheel Refacer. NOTE: Truing Calibrase® wheels
on the Diamond Wheel Refacer will remove some of the abrasive grain from the wheel faces. To reestablish the normal abrasion coefficient, each wheel set should be given two refacings of 50 cycles each
using the S-11 refacing discs.
How often do I reface my Calibrade® wheels?
Calibrade® wheels are diamond trued before leaving the factory. Unless the wheels show indications of
being out of round, crowned or clogged with abraded material, they can be used continuously without
further refacing.
Taber recommends refacing previously used Calibrade® wheels whenever starting a new test, changing to
different test material, and whenever there is a tendency for the working surface of the wheels to pick up
excess materials.
How do I reface my Calibrade® wheels?
The Diamond Wheel Refacer is used to precisely dress Calibrade® wheels. Wheels may be refaced as
often as required, down to the minimum usable diameter of 1 ¾" as indicated on the wheel label.
Why did the color of the CS-10F wheels change?
In late 2002, Taber introduced an improved version of the CS-10F wheel. Those customers performing
haze measurements discovered that the wheel left a residue on the specimen surface. Taber eliminated
this residue by making a slight adjustment to the formulation, however it also caused the haze values to
increase on certain materials. During 2004, Taber conducted an extensive study to reformulate the
improved CS-10F wheels so the results would match the old style wheels. To avoid further confusion in the
marketplace, the wheel color was changed to easily distinguish this reformulated wheel.
What is the useful life of a S-11 Refacing Disc?
The useful life of a S-11 Refacing Disc is only 1 refacing. Regardless whether the disc has been used for
25 or 50 cycles, the refacing disc should be discarded. Refacing with a used disc may change the wear
coefficient of the wheel faces, and invalidate your test results.
I am using the CS-0 wheels with S-33 or S-42 sandpaper, and find that glue sticks to the wheels.
NEMA test method LD3 recommends using a light dusting of zinc stearate to rectify this situation. Another
alternative is to use a light dusting of talc powder.
Is there an easy way to prepare specimens for the Taber Abraser?
Taber offers the Model 5000 Sample cutter that will cut a 5 ¼" circle in many materials and punch a ¼"
center hole.
What material can I use on the Model 5000 Sample Cutter?
Applications include paper, cardboard, fabric, leather, linoleum, flexible plastics, carpet, films, and thin
metals.
ProInex Instruments, s. r. o.
CZECH REPUBLIC
Head office:
U Cukrovaru 509/4, Usti nad Labem, 400 07
VAT No:CZ27297845
Office Ostrava:
Keltickova 58, Slezska 0strava, 710 00
Tel.: +420 599 509 995, Fax.: +420 599 509 994
Homepage: www.proinexinstruments.com
E-mail: nyklova@proinex.cz, pacakova@proinex.cz
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