www.betacontech-ikk.com
BETAFLOOR
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Lay the foundation for a smarter, more sustainable space
with Beta Floor access flooring.
Beta floor access flooring sets the stage for any environment
that demands a strong, quiet access floor, from offices and
data centers, to libraries and museums.
Our flooring systems eliminate the need for embedded wiring
and provide instant access to wiring and cabling, allowing for
quick and easy reconfiguration.
Low cost, energy efficiency and no waste.
Panels can be made out of cementitious cores, calcium
sulphate, wood or aluminum.
Finish them with modular carpets, vinyl, PVC, HPL or any
material that suits your project.
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applications
Computer Rooms
General Office Environments
Equipment Rooms
Control Rooms
Internet Service Provider Rooms
LOADS
cementiTIous FLOOR SERIES
Steel Concrete Composite Raised Floor
Bare Finish
Anti Static Raised Floor HPL Finish
Main Structure
Conductive Raised Floor PVC Finish
Calcium Sulphate Floor series
Calcium Sulphate Raised Floor
Anti-Static Calcium Sulphate Raised Floor
woodcore panel series
High Density Woodcore Raised Floor
Anti-Static High-Density Woodcore Raised Floor
Aluminum Access floor series
Aluminum Shield Panel
Aluminum Perforated Panel
Aluminum Grating Panel
Raised Floor Accessories
STANDARD INSTALLATIONS
Raised Access Flooring Most
Frequently Asked Questions
map and locations’ dETAILS
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INDEX
IN TROD UC T I O N
Betafloor raised access floor, allows Unitech to serve both
large & small projects supplying a wide range of raised access
floorings, including commercial office buildings, educational
facilities, data centers. All of our products are engineered and
manufactured, according to BS EN 12825, DIN EN 13213.
As a result of Unitech’s dedication to quality our facilities are
certified with ISO 9001:2008 and ISO 14001:2004.
ASTM D 635-98, Standard Test Method for Rate of Burning
and/or Extent and Time of Burning of Plastics in a Horizontal
Position, American Society for Testing and Materials.
ASTM D 1929-96 (2000) , Standard Test Method for
Determining Ignition Temperature of Plastics, American
Society for Testing and Materials.
ASTM D 2843-99, Standard Test Method for Density of
Smoke from the Burning or Decomposition of Plastics,
American Society for Testing and Materials.
ASTM E 84-01, Standard Test Method for Surface Burning
Characteristics of Building Materials, American Society for
Testing and Materials.
ASTM E 1354-99, Standard Test Method for Heat and Visible
Smoke Release Rates for Materials and Products Using an
Oxygen Consumption Calorimeter, American Society for
Testing and Materials.
All of our products go through rigorous certification tests.
In addition, our high performance and sustainable building
products contribute in acquiring LEED points.
Beta Floor Products:
• Assure strength, stability, consistency and efficiency.
• Offer a wide range of load performance ratings with the adequate safety factors that ensure the safety of the
occupants throughout the buildings' life.
• Offer the widest range of factory laminated finishes.
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applications
Computer Rooms
Here are several reasons:
• Access floors distribute heavy weights equally
• Access floors manage the spaghetti of wires around
computer equipment and offer a safe environment
for personnel (no tripping)
• Access floors manage airflow to sensitive equipment
• Access floors provide grounding
• Access floors provide the needed flexibility for ever changing
hi-tech rooms
• Service outlets cut-in easy
Most computer centers have a surface covering known as High
Pressure Laminate(HPL). HPL has become the standard in
computer room design because of its ease of maintenance and
its unique ability to dissipate static electricity.
HPL is available in three different thicknesses: 1.4 mm, 1.6
mm, and 1.8 mm.
If you have heavy loads, you will want to definitely consider
an all steel floor that is filled with concrete. These floors
offer excellent rolling load protection as well as stationary
equipment protection.
Another consideration is the understructure. We have found
that with heavy loads, it is a much safer environment when
the grid is bolted. Bolting the stringers (cross-pieces) to the
pedestal (floor jacks) provides a rigid grid even when floor
tiles are removed.
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General Office Environment
With the advent of mini-computers, terminals, and pc’s, the
landscape of the modern office changed. No longer can we
have one plug at our desk, we need a strip...make that two
strips. With a minimum requirement of a personal computer
at a desk, the wires in an office quickly became unmanageable
and uncontrollable. And not even entered into this equation is
the moving of employees throughout a building, their wires,
their phones, their fax, their ethernet wiring, or modem, etc.
It has different loading requirements, usually is not as high
as a computer room floor, and has contemporary carpet on it.
Usually these general office floors are lighter and less
expensive than mainframe type computer flooring. And if the
building can accommodate raised flooring during the design
and construction of the building, the owner of the building
receives savings in thousands throughout the life of the
building. Installing access flooring during renovations is quite
common, too.
If you are constructing a building, the way to guarantee the
future of your building is to install access flooring.
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Equipment Rooms
Equipment Rooms are typically defined as areas that have
limited human access. Operators don’t sit in the room, the
equipment does. Usually equipment rooms have limited traffic
and the issue in these rooms is heavy loads, not rolling loads.
The weight of the equipment that will be placed on the floor
will determine the type of floor that is best suited for your
application. By selecting the Equipment Room category, the
Quick Selector Program will take into consideration average
loads for these areas.
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Control Rooms
Access floors have become an industry standard in applications
for control room environments where the need to manage
wiring and static is critical. Raised floors offer the flexibility
in this environment to form the most efficient control rooms
to manage process control operations.
Here are several reasons to choose a raised floor in a
Control Room:
• Access floors distribute heavy weights of equipment equally
• Access floors manage the spaghetti of wires around control
equipment and offer a safe environment for personnel
(no tripping)
• Access floors manage airflow to sensitive equipment
• Access floors provide grounding
• Access floors provide the needed flexibility for ever changing control rooms processing equipment
• Access floors can be rotated, maximizing surface wear in
heavy caster wear areas, extending the life of the floor
• Service outlets cut-in easy.
Most control rooms have a surface covering known as High
Pressure Laminate (HPL). HPL has become the standard in
control room design because of its ease of maintenance and
its unique ability to dissipate static electricity.
One good factor about HPL is that it is resistant to many
chemicals that are found in industrial environments. Carpet
in working chemical plants is not recommended.
If this floor is located inside of a working plant, you will want
to definitely consider using a rigid grid bolted stringer (crosspieces) understructure system. Workers accessing under the
floor never seem to put the floor components back in properly
if the grid snaps (snap on stringers) in place. That is why it is
highly recommended to bolt the grid, to discourage workers
from disassembling the floor system.
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Internet Service Provider
Internet Service Providers are growing at an unbelievable
rate! So are their terminal servers, their news servers, their
mail servers, their web servers, the servers they are colocating, the modem pools and the list of equipment goes on
and on and on.
What started for many in a back room has become the central
environment, immediately demanding cooling and wire
management.
Fortunately, most of them can install used raised flooring that
was previously installed in a mainframe computer room for
a fraction of the cost. It usually doesn’t have to be the finest
the quality unless they are making a showplace of the facility.
Any used or lightweight floor is perfect for an ISP application
of flooring.
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Clean Rooms
Clean Rooms are environments that shall be totally clean.
No dust, no dirt, no particulates. The airflow is designed to
take microscopic particles down off the body, usually by a
grated access floor. These floors are all-aluminum and the
application is highly specialized. The floors are expensive
compared with mainframe type raised floors.
Clean rooms are typically found in hi-tech environments
such as biomedical, microelectronic, pharmaceutical and
laboratory facilities.
Here are some reasons why All Aluminum Access
Floors are used in Clean Rooms:
• They contain no ferrous materials to disrupt magnetic fields
• Air flow (Perforated) panels and grates provide optimum
laminar air flow
• They are available in a wide selection of conductive and
static-dissipative coverings or coatings to meet individual
requirements
• They offer excellent rolling load performance
• They are lightweight for ease of personnel handling
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loads
Concentrated Load
Rolling Load
The maximum deflection and permanent set of an access floor
panel under load. When testing for a panel’s concentrated load,
a 25 x 25mm2 load is applied onto the surface of the panel at
its weakest point. The panel deflection and permanent set is
measured by recording the indentor movement.
The durability and/or deformation of an access floor system
when exposed to commercially anticipated caster traffic using
a specific load. Rolling loads are defined by the number of
passes, size and hardness of the wheel, and the combined
weight of the cart and its contents on each wheel.
In a typical office building scenario, concentrated loads are
typically imposed by stationary furniture and equipment with
legs.
These loads are typically imposed by equipment on wheels
across the access floor
Ultimate Load
Impact Load
The Maximum load applied onto the panel without failure.
When testing for a panel’s ultimate load, a concentrated
25 x 25mm2 load is applied onto the surface of the access
floor panel and this load is increased until the panel fails
structurally.
The effects and/or deformation of an access floor panel and
understructure, when subjected to heavy loads being dropped
onto the access floor system. This is to test the maximum
load that can be ?accidently? dropped onto the floor without
damage to the system.
This is sometimes expressed as a multiple of concentrated
load and referred to as a safety factor. A minimum safety
factor of two is recommended.
Uniform Load
Uniform load is static force equally applied over the entire
area of the panel and is typically imposed by stationary
furniture and equipment without legs. The uniform load rating
is specified in Newton?s per square metre.
Supporting Heavy Load
In situations where heavy loads need to be supported, it is
important that all information relating to that equipment
is considered before any decision is made, regarding
the suitability of a specific raised floor system. In some
circumstances, it will be sufficient to use a panel with a higher
load rating to accommodate for the extra load. However, there
are alternatives.
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1.Additional pedestals can be introduced in high load or high activity areas, as illustrated below:
Axial Load
Is a vertical load applied to the centre of the pedestal due to
concentrated, rolling, uniform and other loads applied to the
surface of the access floor panel.
2. Spreader plates can also be used in order to distribute
the load evenly across a greater area. Spreader plates
are generally constructed using large sheets of 25mm thick
plywood.
Seismic Load
Overturning Movement
The understructure of the access floor system is the major
supporting element. As a result, careful attention needs to be
paid to the type of understructure you specify for your project.
Loads that are to be considered in Understructure
Support are:
Is a lateral load applied to the pedestal due to:
Rolling load traffic
Underfloor work due to cable installations
The pedestals ability to resist overturning movement is
determined by:
1- Its attachment method to the structural slab
2- Size and thickness of the base plate
3- Pedestal tube size
Is a combination of vertical and lateral movement, usually in
the form of earthquakes. When designing an access floor in
a location with high seismic activity, it is critical to have a
firm understanding of the seismic requirements of the access
floor and understructure from the onset, to avoid replanning
or reinstallation of an appropriate system to cater for those
needs.
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CEMENTITIOUS FLOOR SERIES
Steel Concrete Composite Raised Floor
product type:
• BF-600 steel concrete panel
• BF-601 steel concrete panel with reinforced panel edge
Size:
600×600×35mm
Structure:
Steel raised floor is made out of good quality deep stretched
steel, which is punched, spot-welded and coated by epoxy
powder. It needs paraphrasing in order to clear the message
they are trying to convey
FEATURES:
• 60 perimeter welds compared to 40 in earlier design,
which greatly improves the panel edge loading capacity.
• The panel is put into a flatting press and checked for
flatness after welding.
Application:
Steel concrete composite in buildings, meeting rooms, and
similar facilities that requires dust proof and waterproof
floors.
Properties:
• There are 32 reverse structural embossments , one at the
intersection (center) of each structural cup which eliminates
the weak spots in the flat areas in the early design stages
and it also helps in the panel’s ultimate loading capacity.
• Panels come with 90 degree deep stretch steel beam
corners, filled with high strength cement. The load applied
on the panel will be transferred to the panel corners
before travelling through the pedestals to the sub-floor
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Understructure:
BF 600 steel raised floor is installed with aluminum cross
head pedestal, steel flat head pedestal, die-formed cross head
pedestal and low-profile pedestal.
Aluminium cross head
Steel die-formed head
Steel flat head pedestal
Designed for BF-601 steel panel
Low profile pedestal
Panel installation to pedestal
by corner lock screw
Specifications:
Size
Concentrated Load
Type
Rolling
Load
Ultimate
Load
Uniform
Load
mm
N(lbs)
KG
N
N
N/M2
BF700
600×600×35
≥2950(700)
≥300
≥2255
≥8850
≥12500
BF800
600×600×35
≥3550(800)
≥363
≥2950
≥10650
≥16500
BF1000
600×600×35
≥4450(1000)
≥454
≥3560
≥13350
≥23000
BF1250
600×600×35
≥5560(1250)
≥567
≥4450
≥16680
≥33000
BF1500
600×600×35
≥6665(1500)
≥680
≥5560
≥19995
≥39324
BF2000
600×600×35
≥8908(2000)
≥909
≥7790
≥26724
≥52557
*500×500 panel is available
*610×610 panel is available
Fire Protection
Performance
National Standard
Grade A-1
Incombustible
ASTM E84-01:
Flame Spread:0
Smoke Density:0
1000N is equivalent to 102KG
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ANTI STATIC RAISED FLOOR
HPL FINISH
size
600×600×35mm
Structure:
The panel is made of high quality deep stretch coil steel
sheet and SPCC steel sheet, which is punched, spot-welded
and finally coated with epoxy powder. The panel is filled with
foamed cement inside. After being kept for a period of time,
if forms a stable support structure. The top steel sheet of the
panel is stuck with anti-wear and antistatic HPL. Anti-static
steel raised floor is installed with stringer and pedestal.
Application:
Anti-static raised floor is widely used in computer rooms,
communication centers, data centers, power stations,
microwave communication stations, satellite ground stations,
mobile communication centers, program-controlled telephone
exchange centers, radio and television editorial rooms and
other professional editorial command rooms. And it is also
installed in production workshops of integrated circuits,
computer, telecommunications, electronics and optical
equipment. It can be seen in hospital operation rooms and
electronic imaging examination rooms and other electrostatic
sensitive industries such as military, petrochemical and other
inflammable places.
ST14 High tensile steel plate
Foamed cement
SPCC cold steel sheet
Anti-Static covering / HPL
Conduct electricity PVC edge banded
BF-HP 010
BF-HP 020
BF-HP 030
BF-HP 040
BF-HP 050
BF-HP 060
BF-HP 070
BF-HP 080
BF-HP 090
BF-HP 100
Product:
High pressure laminate
FEATURES:
High pressure melamine laminate is widely used in various
computer rooms and data centers. It is anti-static, anti-wear
and free of pollution.
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The main structure
High Pressure
Laminate
with
edge
trim
High Pressure
Laminate
without
edge
trim
Conductive
Black Edge Trim
HPL finished with black conductive
PVC edge trim around
Conductive Copper
HPL finished without edge trim
For HPL panel without edge trim, thicker top and bottom steel sheet is
applied. It leaves very tiny seam during floor installation as the panel is
without edge trim. This panel can be installation in top grade computer
room and equipment room.
Clear High Wear Surface
Decorative Finish
with Black
Border Smart Trim
Conductive
Black Edge Trim
Layered High Pressure
Laminate Core
with
imprinted
edge trim
new
design F
edge trim
HPL panel with F edge trim
HPL Panel with imprinted edge trim, it looks similar to panels with PVC
edge trim after installation.
HPL panel with F edge trim
“F” edge trim is inserted in between the steel panel and the surface finish.
The inserted “F” edge trim is very firm and stable. HPL panel with “F” edge
makes perfect installation effect with tiny seam, which can be applied to
high-grade computer room.
Laminate Performance Specifications:
Properties
NEMA Test Method
Electrical Resistance
NFPA99
Static Resistance
3.4
No effect
No effect
Boiling Water Resistance
3.5
No effect
No effect
High Temperature Resistance
NEMA Test Standard
Laminate Results
1.0×106-2.0×1010
3.6
Slight effect
No effect
Wear Resistance
3.13
3000 cycles(min.)
3000+
Scuff Resistance
3.16
No effect
No effect
Specifications:
Size
Concentrated Load
Rolling
Load
Ultimate
Load
Uniform
Load
mm
N(lbs)
KG
N
N
N/M2
BF700
600×600×35
BF800
600×600×35
≥2950(700)
≥300
≥2255
≥8850
≥12500
≥3550(800)
≥363
≥2950
≥10650
≥16500
BF1000
BF1250
600×600×35
≥4450(1000)
≥454
≥3560
≥13350
≥23000
600×600×35
≥5560(1250)
≥567
≥4450
≥16680
≥33000
BF1500
600×600×35
≥6665(1500)
≥680
≥5560
≥19995
≥39324
BF2000
600×600×35
≥8908(2000)
≥909
≥7790
≥26724
≥52557
Type
*610×610 panel is available
Fire Protection
Performance
ASTM E84-01:
Flame Spread:0
Smoke Density:0
System
Resistance
Anti-static
floor system
resistance
106-1010 Ω
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Size:
600×600×35mm
Specification:
The steel panel is stuck with conductive PVC
vinyl tile, which forms permanent conductive
system. The marbling appearance of the PVC
tile provides an outstanding decorative effect.
Conductive PVC raised floor is widely applied
in telecommunication room, power station,
computer room, electrical control room and
other anti-static requiring places.
CONDUCTIVE RAISED
FLOOR PVC FINISH
Application:
• Electronics workshop/Manufacturing plant
• Big computer room / computer server room
• Clean room
• Packaging workshop
• Telecommunication room
• Hospital equipment room
FEATUREs:
• High conductivity
• Anti chemical corrosion
Performance
Conductive
Static Dissipative
Electrical Resistance
2.5x104 Ω to 108
106 Ω to 108 Ω
Static Resistance
2.5x10 Ω to 10 Ω
Boiling Water Resistance
5000 to 0 V in<0.2
sec
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5000 to 0 V in<0.2
sec
PVC sizes: 60cmx60cm, 30cmx30cm. Custom size if requested
BF-PV 010
BF-PV 020
BF-PV 030
BF-PV 040
BF-PV 050
BF-PV 060
BF-PV 070
BF-PV 080
BF-PV 090
BF-PV 100
BF-PV 110
BF-PV 120
Size
Concentrated Load
mm
N(lbs)
BF700
600×600×35
≥2950(700)
≥300
≥2255
≥8850
≥12500
BF800
600×600×35
≥3550(800)
≥363
≥2950
≥10650
≥16500
BF1000
600×600×35
≥4450(1000)
≥454
≥3560
≥13350
≥23000
BF1250
600×600×35
≥5560(1250)
≥567
≥4450
≥16680
≥33000
BF1500
600×600×35
≥6665(1500)
≥680
≥5560
≥19995
≥39324
BF2000
600×600×35
≥8908(2000)
≥909
≥7790
≥26724
≥52557
Type
610x610 panel is available
KG
Rolling
Load
Ultimate
Load
Uniform
Load
N
N
N/M2
Fire Protection
Performance
ASTM E84-01:
Flame Spread:0
Smoke Density:0
System
Resistance
Anti-static
floor system
resistance
106-1010 Ω
1000N is equivalent to 102KG
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CALCIUM SULPHATE
RAISED FLOOR
A.Encapsulated Calcium Sulphate Panel Specification
Size:
Structure
600×600×28mm 600×600×30mm
Panel type:
• EC Loose lay encapsulated calcium sulphate panel
• EC-CL Screw down encapsulated calcium Sulphate panel
Encapsulated calcium sulphate panel consists of high-strength
calcium sulphate (calcium silicate or cement particle board)
core. Top and bottom steel sheet is bonded to the core with
profiled edges.
FEATURES
• Full steel encasement and good sealing.
• Elaborated made, high dimension accuracy and smooth
floor surface.
• Good loading capacity and strong impact loading capacity.
• Environmental friendly and free of pollution.
• Water-proof, fire-proof, antisepsis and sound insulation.
EC encapsulated calcore
without corner lock
EC-CL encapsulated calcore with corner
lock
installation
Calcium Sulphate Raised Installation with Stringer
Calcium Sulphate Raised Installation without Stringer
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B.Bare Calcium Sulphate Panel With PVC Band Edge
Size:
600×600×28mm 600×600×30mm
Panel type:
• P-EC-B Bare calcium Sulphate panel with PVC band edge
without corner-lock
• P-EC-CL Bare calcium Sulphate panel with PVC band edge
with corner-lock
Structure
Bare calcium sulphate panel consists of high-strength
calcium sulphate (calcium silicate or cement particle board)
core, steel sheet is bonded to the top and bottom surface of
the core. PVC edging strip is glued to each edge of the panel.
Application:
Calcium sulphate raised floor can be installed in 5A grade
in intelligent buildings, meeting rooms, audio visual teaching
rooms, office buildings, exhibition rooms, and banks.
Specifications
Size
Product
EC
EC-CL
P-EC-B
P-EC-CL
Concentrated Load
Type
CS800
CS1000
CS1250
Rolling
Load
Ultimate
Load
Uniform
Load
mm
N(lbs)
KG
N
N
N/M2
600×600×28
≥3550(800)
≥363
≥2950
≥10650
≥16500
≥4450(1000)
≥454
≥3560
≥13350
≥23000
≥5560(1250)
≥567
≥4450
≥16680
≥33000
600×600×28*
600×600×30
600×600×30*
*Steel sheet on top and bottom of the core material
Fire Protection
Performance
System
Resistance
ASTME84-01:
Flame Spread:0
Smoke Density:0
/
1000N is equivalent to 102KG
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Anti-Static Calcium Sulphate
Raised Floor
Anti-static calcium sulphate raised floor: anti-static calcium
Sulphate panel with PVC band edge, anti-static calcium
Sulphate panel with PVC edge trim.
C. Anti-Static Calcium Sulphate Panel With PVC Band Edge
Size:
600×600×30mm
600×600×32mm
Panel type:
Structure:
P-EC anti-static calcium Sulphate panel consists of highstrength calcium Sulphate (calcium silicate or cement
particle board) core. HPL or PVC is bonded to the top of the
core and the bottom of the core is bonded with a steel sheet.
PVC edging strip is glued to each edge of the panel.
P-EC anti-static calcium Sulphate panel with PVC band edge
FEATURES:
• Good loading capacity, strong impact loading capacity and
good conductivity.
• Elaborated made, high dimension accuracy and excellent
interchangeability.
• Good sealing and water-proof.
• Fire proof, antisepsis and sound proof.
• Presentable and decorative effect not to forget to mention
that it makes walking a pleasant experience.
• Environmentally friendly.
Anti-static cover
Band edge
Calcium sulphate core
Galvanized steel sheet
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D. Encased Calcium Sulphate Panel With PVC Edge Trim
Size:
600×600×28mm
Panel type:
B-EC encased calcium Sulphate panel with HPL with PVC
edge trim
Structure:
B-EC anti-static calcium Sulphate panel is encased with
galvanized steel sheet on top and bottom, high-strength
calcium Sulphate (calcium silicate or cement particle board)
as the core material. The top steel is stuck with HPL or PVC
with PVC edge trim inserted.
Application:
Anti-static calcium Sulphate raised floor is widely used in
telecommunication rooms, power stations, computer rooms,
factories, clean rooms and other places that require
anti-static.
Calcium Sulphate panel wooden finish
Specifications
Size
Product
P-EC
B-EC
Concentrated Load
Type
Rolling
Load
Ultimate
Load
Uniform
Load
mm
N(lbs)
KG
N
N
N/M2
CS800
600×600×30
≥3550(800)
≥363
≥2950
≥10650
≥16500
CS1000
600×600×30*
≥4450(1000)
≥454
≥3560
≥13350
≥23000
CS1250
600×600×32
≥5560(1250)
≥567
≥4450
≥16680
≥33000
CS1000
600×600×28
≥4450 (1000)
≥454
≥3560
≥13350
≥23000
CS1250
600×600×28
≥5560 (1250)
≥567
≥4450
≥16680
≥33000
*Steel sheet on top and bottom of the core material
Fire Protection
Performance
System
Resistance
National Standard
Grade A-1
Incombustible
ASTME84-01;
Flame Spread:0
Smoke Density:0
Conductive :
R<106Ω
Static
dissipative:
106-1010Ω
1000N is equivalent to 102KG
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High-Density Woodcore
Raised Floor
High-density woodcore raised floor: Encapsulated woodcore
panel, bare woodcore panel with PVC band edge.
Size:
600×600×28mm
600×600×30mm
A. Encapsulated Woodcore Panel
Galvanized steel
Panel type:
• EW loose lay encapsulated woodcore panel without
corner-lock
• EW - CL screwdown encapsulated woodcore panel with
corner-lock
Chipboard Core
FEATUREs:
• Patent product and perfect structure.
• Full steel encasement, good sealing and water-proof.
• Light weight, less noise and comfortable when walking
through.
• High dimension accuracy and excellent interchangeability.
• Good loading capacity and strong impact loading capacity.
• It has a good decorative effect.
Galvanized steel
Structure:
Woodcore raised floor is encapsulated to provide full steel
encasement with high quality galvanized steel sheet on a top
and bottom. High-density particle board as the core material.
Edge Beading
Laminated Tile
High Density
Chipboard Core
Galvanized Steel
/ Aluminum Foil
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B. Bare Woodcore Panel With HPL And PVC Band Edge
Size:
600×600×30mm
600×600×40mm
Panel type:
• P-EW-B loose lay woodcore panel with PVC band edge
without corner-lock
• P-EW-CL screwdown woodcore panel with PVC band
edge with corner-lock
Structure:
P-EW-B and P-EW-CL woodcore panel consists of highdensity particle board with beveled edges to the bottom
surface which is a bonded steel sheet. Steel sheet is bonded
to the top surface of the core. PVC edging strip is glued to
each edge of the panel.
Band edge
Galvanized
steel sheet
High density fire
proof board
Application
High-density woodcore raised floor can be installed in
5A grade intelligent building, meeting room, audio-visual
teaching room, and high-grade hotel.
Size
Product
EW
EW-CL
Type
WP800
WP1000
WP800
P-EW-B
P-EW-CL
Concentrated Load
WP1000
Rolling
Load
Ultimate
Load
Uniform
Load
mm
N(lbs)
KG
N
N
N/M2
600×600×28
≥3550(800)
≥363
≥2950
≥10650
≥16500
≥4450(1000)
≥454
≥3560
≥13350
≥23000
≥3550(800)
≥363
≥2950
≥10650
≥16500
≥4450(1000)
≥454
≥3560
≥13350
≥23000
600×600×28*
600×600×30
600×600×30
600×600×30*
600×600×40
*Steel sheet on top and bottom of the core material
Fire Protection
Performance
System
Resistance
/
/
1000N is equivalent to 102KG
30
Anti-Static High-Density
Woodcore Raised Floor
Anti-static high-density woodcore raised floor: anti-static
high-density woodcore panel with PVC band edge, anti-static
woodcore panel with PVC edge trim.
C. Anti-Static High-Density Woodcore
Size:
600×600×30mm
FEATUREs:
600×600×40mm
Panel type:
P-EW
Structure:
Anti-static woodcore panel consists of high-density particle
board. Steel sheet (or aluminum sheet) is bonded to the
bottom of the particle board. HPL or PVC is stuck to the top
of the particle board with PVC edging strip glued to each
edge of the panel.
• Light weight, less noise and comfortable when walking
through.
• High dimension accuracy, smooth floor surface and
excellent interchangeability.
• Good loading capacity, strong impact loading capacity and
good conductivity.
• Good sealing and water-proof.
• Elaborated made and has a good decorative effect.
Application:
Anti-static high-density woodcore raised floor can be
installed in telecommunications, electronics, microelectronics,
pharmaceutical and other industry program-control rooms,
computer rooms, power stations, factory clean rooms and
other places that requires anti-static features.
Band edge
Anti-static cover
High density fire proof board
31
D. Encased Woodcore Panel With HPL And PVC Edge Trim
Size:
Installation:
600×600×28mm
Anti-static woodcore raised floor is installed with stringer
and pedestal. Stringer is installed to the pedestal head by
stringer screws, and panel is laid to the installed stringer
frame with height adjustable pedestal.
Panel type:
BF-EW anti-static woodcore panel with HPL and PVC edge
trim
Application:
Structure:
BF-EW panel encased with top and bottom steel sheet.
High-density particle board is the core material. The top steel
sheet is stuck with anti-static HPL or conductive PVC and
PVC edge trim inserted to each edge of the panel.
Anti-static woodcore raised floor can be installed in
telecommunications,
electronics,
microelectronics,
pharmaceutical and other industry program-control rooms,
computer rooms, power stations, factory clean room and
other anti-static requiring places.
Specifications:
Size
Product
Concentrated Load
Type
WP800
BF-EW
BF-EWCL
WP1000
BF-EW
WP1000
Rolling
Load
Ultimate
Load
Uniform
Load
mm
N(lbs)
KG
N
N
N/M2
600×600×30
≥3550(800)
≥363
≥2950
≥10650
≥16500
≥4450(1000)
≥454
≥3560
≥13350
≥23000
≥4450(1000)
≥454
≥3560
≥13350
≥23000
600×600×30*
600×600×40
600×600×28
*Steel sheet on top and bottom of the core material
Fire
Protection
Performance
/
System
Resistance
Conductive :
R< 106Ω
Static
dissipative:
106-1010Ω
1000N is equivalent to 102KG
32
33
34
Aluminum Access Floor
Structure:
Aluminum shield panel is die-casted by pure aluminum ingot.
It is anti-corrosion and high mechanical strength. This panel
can be epoxy powder coated or nickel chrome plated. Both
finishes make the panel gentle glow, anti-corrosion and antiwear.
FEATURES:
• New original design with high dimension accuracy.
• Light weight, high density and good loading capacity.
• Waterproof, fireproof, anti-corrosion, anti-magnetic,
environment friendly and non radiant.
• Stable structure and never deflects, good conductivity.
• Recyclable and economical.
Aluminum Shield Panel
Aluminum panel with HPL or PVC without edge trim
Aluminum panel with HPL or PVC with corner-lock
35
Aluminum Perforated Panel
FEATURES:
Aluminum perforated panel is the industry's only air flow
panel that allows adjustment in terms of thickness to sit flush
with the adjacent solid panels. The HPL series has a free area
of 10%~ 25% and comes with or without sliding dampers.
Aluminum perforated with HPL or PVC without edge trim
Aluminum perforated with HPL or PVC with corner-lock
Aluminum Grating Panel
Application:
50% Aluminum Grating panel is widely used in clean rooms
(e.g. Top class air clean laboratory, semi conductor
workshops and hospital operation rooms)
36
37
38
Heavy Duty Pedestal
Extra Heavy Duty Pedestal
Ф25, Ф28, Ф32
Steel Stringer
573×21×30/32 mm
Long Steel Stringer
1173×21×30/32 mm
39
Aluminum Air Grille With Damper
Size: 480×170 mm
450×150 mm
Round Plastic Grommet
50mm diameter, 75mm diameter, 100mm diameter and
125mm diameter.
Air Diffuser
Electric Socket
Single (Double) Cup Panel Lifter
40
standard installations Details
Standard Construction with Stringers
Standard Construction without Stringers
41
Standard Perimeter Detail
Cantilevering Pedestal on Support Plate
42
Cantilevering Perimeter Panel without Edge Support
Cantilevering Perimeter Panel with Edge Support
43
Partition Wall Supported on Structural Slab
Partition Wall Supported on Raised Floor
No Plenum Barrier
44
Partition Wall Supported on Raised Floor with Firebarrier
Partition Wall Supported on Raised Floor with Acoustic Barrier
45
Bridging Over Obstruction using Pedestal
Bridging Over Obstruction using Spreader Beam
Bridging Over Void
46
Expansion Joint Detail
Typical Step Construction
47
Typical Ramp Construction
Cutout Dimensions
48
Typical Electrical Box Cutout
Typical Air Grille Cutout
49
50
Raised Access Flooring Most
Frequently Asked Questions
51
What is a raised access floor system?
A raised access floor comprises of load bearing floor panels
laid in a horizontal grid supported by adjustable vertical
pedestals to provide an under floor space for the housing and
distribution of services.
The floor panels are readily removable to allow quick access
to the under floor services.
What are the key components of a raised
access floor system?
The key components of a raised access flooring system can
be defined as follows:
Floor Panel
This is the horizontal load bearing component of a raised
floor. It is normally 600 x 600 mm (industry standard module
size) but can be 500 x 500 mm.
These floor panels will be supplied as either bare finished to
accept a carpet tile finish on site / marble tile finish or, with
a factory bonded finish such as: HPL, PVC or Vinyl.
Pedestal
This is the complete vertical, adjustable supporting structure
to the raised floor panels. The pedestals are normally bonded
to the sub floor using an epoxy resin based adhesive with
mechanical fixings also provided if required. The pedestal
assembly provides vertical adjustment of 30-40 mm to
allow the raised floor to be installed flat and level despite
undulations in the sub floor. The pedestal head provides panel
location and also when required a means of fixing the panel
to the pedestal head. .
Stringer
This is a horizontal component that connects pedestals
together. It connects to the pedestal head and is used to
provide additional lateral support at greater floor height and/
or increase the structural performance of the raised floor
system
52
Where is a raised access floor used?
Why use a raised access floor?
Raised access flooring is used today in a wide range of
situations where there is a significant level of building
services. Examples include:
Financial and Insurance offices
Government offices
General administration buildings
A raised access floor is used to provide a means of providing
a void below floor level which is capable of ensuring building
services are available at their required destination.
These services will typically include the following:
Electrical Power
Data
Telecom
Environmental Control/air Conditioning
Fire detection and Suppression
Security
Water and Drainage.
Where the use of computer/telecom
equipment is widspread?
Call Centers
Data Processing Centers
Telecom Switch Centers
Distribution Centers
Educational Facilities schools, universities, libraries,
research and development etc.
Retail Facilities
Industries requiring
Clean Room Facilities
such as for electronic and pharmaceutical.
The use of a raised access floor will allow quick and easy
access to these services for maintenance reasons. Also in
today›s modern office environment Churn is a major issue.
That is the number of times that the office layout has to be
modified to cater for changing requirements brought about by
new technology, new personnel or new tenants to a building.
53
What are the benefits of using a raised access
floor?
What are the alternatives to using a raised
access floor?
Raised access floors are used extensively to provide
the following benefits:
Quick and easy access to the ever increasing volume of power,
data and telecom services found within a modern building.
The alternatives are:
Suspended ceilings. High level trunking runs are above the
ceiling and services drop down at the required locations
through service poles. However any relocation, maintenance
etc is at high level thus causing major disruption to the office
area.
The underfloor void or cavity depth is often used as a large
duct for HVAC systems.
In speculative buildings premises need to be adaptable for the
needs of incoming occupiers.
Once occupied offices need to cater for office Churn and lend
themselves to new office organizations and layouts with the
redirection of services that implies.
Accessibility is a major consideration. People want easy
access to the services for maintenance, rerouting or upgrading
with as little disruption as possible to the work process.
Pre-cast trunking. This method was common in the 1970s.
Steel trunking is cast into the structural slab or topping
screed along pre-defined runs. No flexibility to cater for
future changes.
Skirting and Dado trunking. Steel or plastic trunking which
runs around the perimeters of individual rooms. Adequate for
small rooms but very limited for larger areas, also limited
cable capacity.
Furniture. Specialist furniture which encompasses in-built
service runs. Expensive and limited to vicinity of furniture
runs.
54
What types of raised access floor are
available?
There are two basic groups of raised access floor
system available each with their own advantages:
Gravity held or loose lay products. Here the floor panels rest
on the pedestal head. The panels are held in place by their
weight with lateral location providing engagement between
panel and pedestal head. These systems allow very quick and
easy access to the floor void and the panels can be readily
finished with factory bonded finishes.
Lock down or screw down products. In this case the floor panel
is screwed or locked directly to the pedestal head thereby
holding the panel in place and also providing lateral location.
This system provides a very solid and rock free floor with
quick and easy access to the floor void. However these systems
cannot accept factory bonded finishes.
What is the construction of a floor panel?
Steel/Cementitious panels
Here a structural steel shell comprising of a flat steel top and
a profiled steel base are welded together to form a hollow
shell. This shell is then filled with a foamed cement based
core to give a panel that gives good structural performance in
conjunction with excellent fire performance. In certain cases
the hollow unfilled steel shell will provide a floor panel that
gives suitable structural performance although its acoustic
performance is limited.
Calcium Sulphate Panels
Calcium sulphate panels are immensely strong and versatile.
They are ideal for raised floor areas requiring continuous
or hard finishes such as stone or large format porcelain.
This robust partial-access raised floor system makes it easy
to run services under the floor while its tongue and groove
design means that it is flat and smooth once installed. Calcium
sulphate panels are non-combustible with excellent structural
and physical properties. They exhibit a high standard of
acoustic and fire resistant properties.
Woodcore Panels
This panel construction comprises of a high density particle
board core that is encased by galvanized steel laminated
to the particle board by a structural polyurethane or epoxy
resin adhesive. This construction type is capable of providing
high strength and good fire and acoustic performance. By
varying the thickness of the steel sheet and the strength of
the chipboard core a wide range of structural performance
is available.
55
What are stringers and why use them?
Stringers are introduced for various reasons each with their
own specific design.
Bolt on Stringers
These are screwed into the pedestal head and are designed
as structural components and as such increase the structural
performance of the raised floor system. They will also provide
increased lateral stability.
Perimeter Stringers
These provide additional support to cut panels around the
perimeters if required by the project specification
What level of services is anticipated under
the raised access floor?
The anticipated use of the basic space in which the raised
access floor is to be used will determine the projected level
of power, data, telecom, HVAC and other services that will
be located under the raised access floor. This information can
then be used to determine the cavity depth required under the
raised floor and hence the finished floor height which will then
be used in specifying the raised access floor system.
56
What are the anticipated structural
requirements of the raised access flooring
in terms of static loads, rolling loads and
pedestrian traffic?
It is important at an early stage in the consideration of a
raised access floor that a detailed assessment is made of
the likely loadings that will be imposed on the floor surface.
These loadings need to be assessed in terms of:
Static Loads:
Uniformly distributed loads
Concentrated loads
Dynamic loads
Rolling loads
Vehicle configuration and weight
Pedestrian traffic:
Areas of high traffic need to be determined.
This information can then be used to determine the structural
requirements of the raised access floor.
Are there any standards governing the use
of raised access floors?
In August 2001 a European Standard was issued after
several years of consultation between all the European
manufacturers and was adopted as a British Standard in
November 2001, BS EN 12825 . The use of this standard is
increasing as it provides specifiers with increased flexibility.
This specification classifies raised flooring products by their
structural performance. Installation issues are clarified by the
Access Flooring Association Code of Practice.
Other standards regularly in use are:
CISCA The North American specification which often travels
with either the American client or American architects and
is regularly used internationally. This is an industry driven
specification and test method which is based upon individual
component testing.
57
What type of surface finishes are available?
The following range of floor finishes is available:
Bare finish
Here the floor panel will not be finished with a surface
covering. The surface of the panel will normally be the epoxy
powder coated steel top sheet. This bare finished raised floor
will normally be covered on site by the application of loose
lay carpet tiles.
Factory applied finishes:
The following finishes can be supplied factory bonded
to the appropriate floor panel:
Vinyl
Anti static vinyl
Static conductive vinyl
Linoleum
High pressure laminate
Rubber
Carpet
Wood in various forms
Marble
Stone, ceramic tiles.
Other finishes may be available after evaluation.
What range of finished floor heights (FFH) is
available?
Using standard pedestals finished floor heights from 75 mm
to 1200 mm are achievable. Bespoke solutions for lower and
higher options are available.
As a general rule above a finished floor height of 300 mm
stringers will be introduced to provide additional lateral
stability.
What is the exact definition of finished floor
height?
The finished floor height (FFH) is defined as “The nominal
vertical dimension from the specified sub floor level to the
specified finished floor level.
58
How is a raised access floor installed?
With regard to the physical installation of the raised access
floor within a basic space there are two main issues:
Finished floor height and level. Within a single floor area a
bench mark will be agreed between the floor installer and
the main contractor. This bench mark will be directly related
to the building bench mark. This will determine the height to
which the raised access floor will be installed. The raised floor
will be installed level to this BM by the use of rotating laser.
Set out of the raised access floor system. The set out of the
raised access floor is an important aspect in ensuring that the
raised floor operates satisfactorily throughout its anticipated
life span. Depending on the size and shape of specific floor
areas and size and location of any obstacles on the sub-floor
a range of solutions can be sought. Raised access flooring
panels are cut on site to fit at perimeter walls therefore a
best fit situation can be sought using the appropriate floor
panel module size. Ideally the setting out of the panels and
pedestals
can be coordinated by:
Working in line with other building modules to avoid
regular obstructions.
Working out from the centre of an area.
Working to column centers.
Cut panels should ideally be cut just under a full panel width
or a half panel width in order to minimize waste. Cut panels
of less than 150 mm width should be avoided in order to
maintain structural integrity. When it is not possible to avoid
small cut panels the following solutions are available:
In-board cutting, the principle of maximizing the size of a
cut panel by additionally cutting the last field panel adjacent
to the perimeter. On certain product ranges and structural
grades oversize panels are available as an alternative to the
above.
What are the site requirements?
The following site conditions are required for the installation
of a raised access floor:
Dry and watertight areas at a temperature above 40° and
a humidity below 75 % RH. This is required for both the
installation works and also for material storage.
Sub floor to be in the following condition:
Free from wet or dry contamination.
Able to accept epoxy resin pedestal adhesive and if required
mechanical fixings.
Any holes, joint lines etc in higher level sub floors should be
sealed in order to prevent floor sealer leaking through to the
level below.
59
The sub floor should be structurally strong enough to support
the raised access floor and the environment it supports.
The sub floor is required to be structurally strong enough to
allow the storage of raised floor materials prior to installation
The surface of the concrete sub floor should ideally be of a
medium tamp finish in order to give a reasonably flat surface
without inducing the formation of weak surface laitance.
A power float finish will normally give a excessively smooth
surface which will prevent the dust sealer and the epoxy
resin pedestal adhesive obtaining a good key and hence
good bond onto the floor surface. In order to achieve a good
bond onto a power float finish the subfloor will require to be
suitably prepared by mechanical means which will remove
weak surface laitance and provide a suitable surface for the
application of floor sealer and pedestal adhesive.
Will the raised access floor require to be
electrically earthed and how is this
achieved ?
In most cases due to steel used in its construction the raised
access floor will require to be earthed in line with local
conditions.
How to avoid problems associated with
raised access floors?
As the raised access floor performs a critical function within
the working office environment faults with the system can
cause problems from simple annoyance through to major
disruption. Many faults are rectifiable to a varying degree,
however it is essential to consider the following key factors to
prevent such occurrences.
Causes:
• Use of inappropriate products and/or solutions.
• Use of inappropriate class or grade of raised access floor.
• Poor quality products and/or installation.
• Raised access floor not lifted and replaced in accordance
with manufacturer›s instructions.
• Lack of appropriate maintenance.
Effects:
• Movement, rocking and squeaking of floor panels.
• Difficulty in removing and replacing panels.
• The floor may require modification in order to perform
satisfactorily.
• Areas of floor or the complete floor may require replacement.
• Possible floor collapse with likely damage and injury.
In order to avoid the problems outlined it is important that
the raised access floor be correctly specified at the outset.
This specification should include not only the product
requirements but also the installation requirements. Once
installed the raised floor must be maintained correctly in line
with the manufacturer›s instructions.
How should a raised access floor be used?
Raised access flooring panels should only be lifted using the
correct lifting device i.e. vacuum lifter or spiked carpet lifter.
Panels should be lifted vertically with no hinging movement.
Panels should be replaced in a vertical movement ensuring
that the panel is seated on the pedestals correctly. Only single
rows of panels should be lifted at any one time so as not to
leave pedestals independent of panels, as they are prone to
damage.
60
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63
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