We know the DNA
of your business…
We complete the life.
Tisan engineering plastics was founded in 1974 in İstanbul. Tisan engineering plastics is among the top three
independent compounders in Turkey providing customer value through sustainable solutions. Our success is
based on a customer-centric vision. Flexible production is an indication of our professional integrity in a world
where technological transformation is very fast and the expectations of the customers change quickly.
We strive to support our customers' success in their markets, to give them a competitive edge-through top
reliability and quality, ease of doing business, constant innovation for greater efficiency and product
differentiation, and high-quality customer relations.
Tisan Engineering plastics is specialized in the production of polymers and technical compounds based on
Tisoplen® Polypropylene (PPC-PPH-PPRC) compounds, Tislamid® Polyamide (PA 6.6/6) compounds;
Tisetilen® (HDPE/ LDPE) compounds; Tisakril® (ABS) compounds; Tisester® (PBT) compounds; Tisarbon® (PC)
compounds; Tisren® (PS/HIPS) compounds; Tisaform® (POM) compounds; Tisapet® (PET) compounds and
Tisblend® blend compounds (PC/ABS, PBT/PET, PC/PET, PA6/PA66, ABS/PA; PPE/PS; ABS/PC).
Tisan Engineering Plastics has introduced a new brand name of EcoSTAR®. EcoSTAR® is recycling and
compounding of postindustrial wastes like textile; automotive; home appliances ;electrical and Electronic.
EcoSTAR® compounds offer an excellent price /performance ratio. EcoSTAR® is eco-sustainable and
eco-compatible products which allow an energy saving.
The production processes we developed are supported by our well equipped laboratories with strong
infrastructure where 26 different test methods can be applied. We can help you meet UL 94 or other flammability
compliance requirements with halogen or non-halogen compounds that may include other properties such as:
conductivity, wear resistance, and structural reinforcement. Whether you need small or large volumes we are able
to meet your demands quickly and individually due to our large storage capacities. With our know-how and
qualified, experienced staff you can rely on us to fulfil all your colour requirements.
Tisan Engineering plastics delivers innovative opportunities for customers who produce automotive; electrical
and Electronic; furniture; construction; home appliances; sports and leisure; garden and power tools; safety
equipment; medical; pipe and pipe fittings.
Tisan fully complies with strict international standards and regulations, including:
ISO 9001: 2008–ISO 14001-ISO 18001 Quality Management Systems, REACh, RoHS, IMDS, UL; OEM.
Tisan Engineering Plastics transformed from a local reality into an international reality, affirmed and well-known
in many countries, making it the successful independent compounder it is today.
TİSLAMİD®/PA6 Compounds
Tislamid®6 is the registered trade mark for Polyamide 6 compounds produced by Tisan.
Main specifications
Tislamid 6 ensures a high impact resistance and excellent mechanical properties of the
material. Combining mineral fillers and glass fiber in production has proved to be a highly
successful development. It results in valuable material properties like extreme rigidity and
stiffness, high dimensional stability and minimal warpage. These qualities are most
important when is needed to large surface area.
Modification of PA6 by compounding with glass fiber, mineral fillers and other modifying
additives produces a substantial change in the properties of the base material and gives to
compositions based on Tislamid®6 the following properties:
High stiffness, strength and temperature resistance, excellent impact resistance and
toughness at low and high temperatures, high dynamic strength, very good abrasion
resistance, hydrolytic stability (special grades), excellent chemical resistance, highest
stress resistance even at cold temperatures, high wear and fatigue resistance even at high
temperatures, good electrical properties, easy processability. Flame retardant compound
with halogen and halogen free, UL94 V-2 or V-0 classifications (UL 94 approved grades),
glow wire flammability Index, glow wire ignition behavior (no flame), low smoke density
and toxicity.
®
Tislamid®6 product family includes a wide range of viscosity number and glass fiber
reinforced, UV/light resistant, impact modified, laser markable, heat-stabilised, mineral
filled, flame-retarded various type of additives.
Tislamid®6 formulations can also be developed to meet spesific market needs.
Tislamid®6 is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tislamid®6 grades can be provided fully colored in customized colors with narrow color
specifications colorability even in light colors.
Fillers/reinforcements/ modifiers
Glass fibers - glass beads - carbon fibers - aramid fibers - mineral fillers are available with
varying contents in different combinations. And also filled materials containing PTFE and
molybdenum disulphide are available for bearing materials with appropriately low friction
and improved wear resistance. Heat stabilizers-hydrolysis stabilizers-lubricants-UV
stabilizers, electrical conductive etc. are being used in non-reinforced and reinforced
grades to increase specific material properties.
Applications
Unreinforced (UNR): High dimensional stability are achieved with heat stabilized
unreinforced Tislamid®6 UNR compounds where thermal changes are very different.
Exp: Building trimming, small domestic appliances, boxes, handles, lock mechanisms,
connection elements, wire ties.
Glass Fiber Reinforced (GFR): High impact strength, high tensile strength and toughness
are achieved with glass fiber reinforced Tislamid®6 GFR compounds. Exp: Engine fan,
wheel rim, body of auto seat, auto inner parts, auto door handle and flyscreen trimming.
Flame retardant Reinforced (FR): Flame retardant Tislamid®6 compounds are
developed for industrial materials according to international standards and GWIT
(850°C-960°C) where flame retardancy is essential. Exp: Electrical socket, jacket,
connector, pins, industrial electrical equipments.
Mineral Filled (MNF): It’s achieved perfect surface appearance and anti-scratch
properties with mineral filled Tislamid®6 MNF compounds. It’s used for dosing used in
high molding stabilized small parts. Exp: Electrical sockets.
Impact Resistance (EP): It’s favoured for applications require high impact, forced and
pressure. Exp: Safety materials (helmet, body shields, weapons trimming parts, wire
bonders and also used in the industrial power tool housing of hand drills and power saws.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSLAMİD®/PA6,6 Compounds
Tislamid®6,6 is the registered trade mark for Polyamide 6,6 compounds produced by
Tisan.
Polyamide 6,6 has a higher molecular structure than Polyamide 6 due to a higher level of
hydrogen bonding and maximum alignment between molecular chains, creating a tighter
structure that better resists crushing, matting and stain penetration.Polyamide 6,6 is
preferred over Polyamide 6 because of its higher strength and toughness.
The hygroscopic sensitivity of Polyamide 66 is lower than Polyamide 6. And Polyamide 6,6
the preferred Polyamide 6 for high temperature performance products.
Tislamid®6,6 ensures a high impact resistance and excellent mechanical properties of the
material. Tislamid®6,6 product family features a wide range of materials, such as glass
fiber, mineral filler, UV/light stabilized, impact modified, laser markable, heat resistant, and
flame-retardant and various type of additives.
Tislamid®6,6 formulations can also be developed to meet spesific market needs.
Tislamid®6,6 is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tislamid®6,6 grades can be provided fully colored in customized colors with narrow
color specifications colorability even in light colors
Main specifications
Modification of Polyamide 6,6 by compounding with glass fiber, mineral fillers and other
modifying additives produces a substantial change in the properties of the base material
and gives to compositions based on Tislamid®6,6 the following properties:
High stiffness, strength and temperature resistance, excellent impact resistance and
toughness at low and high temperatures, high dynamic strength, very good abrasion
resistance, hydrolytic stability (special grades), excellent chemical resistance, high wear
and fatigue resistance even at high temperatures, good electrical properties.Flame
retardant compound with halogen and halogen free, UL94 V-2 or V-0 classifications (UL 94
approved grades), glow wire flammability Index, glow wire ignition behavior (no flame), low
smoke density and toxicity.
Fillers/reinforcements/modifiers
Glass fibers - glass beads - carbon fibers - aramid fibers - mineral fillers are available with
varying contents in different combinations. And also filled materials containing PTFE and
molybdenum disulphide are available for bearing materials with appropriately low friction
and improved wear.Heat stabilizers - hydrolysis stabilizers - lubricants - UV stabilizers,
electrical conductive etc.are being used in non-reinforced and reinforced grades to
increase specific material properties
Applications
Unreinforced(UNR): High dimensional stabilizations are achieved with heat stabilized
unreinforced Tislamid®6,6 UNR compounds where thermal changes are very different.
Exp: Building trimming, small domestic appliances, boxes, handles, lock mechanisms,
connection elements, wire ties
Glass Fiber Reinforced(GFR): High impact strength, high tensile strength and toughness
are achieved with glass fiber reinforced Tislamid®6,6 GFR compounds. Exp: Engine fan,
wheel rim, body of auto seat, auto inner parts, auto door handle and flyscreen trimming,
underhood fuse, fuse box cover, injector connector, rocker cover.
Flame retardant Reinforced(FR): Flame retardant Tislamid®6,6 compounds are
developed for industrial materials according to international standards and GWIT
(850°C-960°C) where flame retardancy is essential. Exp: Electrical socket, jacket,
connector, pins, industrial electrical equipments.
Mineral Filled(MNF): It’s achieved perfect surface appearance and anti-scratch
properties with mineral filled Tislamid®6,6 MNF compounds. It’s used for dosing used
in high molding stabilized small parts. Exp: Electrical sockets
Impact Resistance(EP): Tislamid®6,6 MNF compoundsis favoured for applications
require high impact, forced and pressure. Exp: Safety materials (helmet, body shields,
weapons trimming parts, wire bonders and also used in the industrial power tool housing
of hand drills and power saws.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSOPLEN®/PPH Compounds
Tisoplen®PPH is the registered trade mark for Polypropylene-based compounds
produced by Tisan.
Polypropylene is a semi-crystalline thermoplastics and best known members of the
polyolefines family. Polypropylene is an economical material that offers a combination of
outstanding physical, mechanical, thermal, and electrical properties not found in any other
thermoplastic.
Polypropylene provides excellent resistance to organic solvents, degreasing agents and
electrolytic attack in corrosive environments. Polypropylene varieties are preferred in
applications in cold/winter conditions. The easiness in processing and the diversity of its
physical properties depending on its low density make Polypropylene a charming and
talended material compared to more expensive materials.
Tisoplen®PPH is the most widely utilized. Tisoplen®PPH offers a high tensile strength to
weight ratio and stiffer.
Tisoplen®PPH compounds variously modified, as glass fibre reinforced, UV/light
stabilized, impact modified, heat-stabilised, mineral filled and flame-retarded. Coloured
ones for the automotive, house ware appliances, interior design, illumination design and
building and leisure industries.
Tisoplen®PPH compounds are the ideal solution for a wide number of applications
requiring a good cost/performance ratio. Special grades have been developed for
applications which imply contact with detergents.
Tisoplen®PPH especially suitable for various technical applications.
Tisoplen®PPH formulations can also be developed to meet specific market needs.
Tisoplen®PPH is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tisoplen®PPH grades can be provided fully colored in customized colors with narrow
color specifications colorability even in light colors.
Fillers/reinforcements/modifiers
Glass fibers - glass beads - mineral fillers are available with varying contents in different
combinations. Heat stabilizers - hydrolysis stabilizers - lubricants - UV stabilizers electrical conductive - anti-static etc. are being used in non-reinforced and reinforced
grades to increase specific material properties.
Applications
Unreinforced(UNR): Building trimming, furniture accesories, domestic appliances, safety
equipments, boxes, packaging accesories
Glass Fiber Reinforced(GFR): High impact strength, high tensile strength, improved
thermal properties and toughness are achieved with glass fiber reinforced Tisoplen®PPH
compounds. Exp: Engine fans, office chair parts, auto inner trims, handless etc.
Mineral Reinforced(MNF): The addition of mineral fillers created by long-term
thermal-dimensional stability Tisoplen®PPH compounds, increased hardness properties,
improved surface appearance, heat resistance and provided a decrease mold shrinkage.
Exp: Water heater, furniture accessories, pool accessories, garden furniture, detergent
drawers, headlight housings, lighting groups.
Flame-retardant: Flame retardant Tisoplen®PPH ompounds are normally achieved with
a better thermal stabilization that ensures a good behaviour of the material while working
under load at high temperature. Suitable flame-retardants additives can be provided with
halogens or without halogens depending on the specific project requirements.
Exp: Socket, pins, buttons, group of electrical outlets, connectors, lighting appliances,
switch etc.
Impact Resistance(EP): Tisoplen®PPH compounds have higher impact resistance than
homopolymer compounds is more convenient in terms of flexibility. Exp: Safety
equipments, auto bumpers, conveyor parts.
Tisan has a wide range of solutions for your applications. Please contact us
for your needs.
Main specifications
Modification of PP by compounding with chemically bonded glass fiber, mineral fillers and
other additives produces a substantial change in the properties of the base material and
gives to compositions based on Tisoplen®PPH the following properties;
Attractive economics, good balance of properties among stiffness, durability and impact
resistance, UV stability, low specific gravity, good chemical resistance, high stiffness and
abrasion resistance, excellent resistance to chemical agents, low hygroscopic specialty,
easy process ability. Flame retardant compound with halogen and halogen free, UL94 V-2
or V-0 glow wire flammability Index, glow wire ignition behavior (no flame), low smoke
density.
TİSOPLEN®/PPC Compounds
Tisoplen®PPC is the registered trade mark for Polypropylene-based compounds
produced by Tisan.
Polypropylene is a semi-crystalline thermoplastics and best known members of the
polyolefines family. Polypropylene is an economical material that offers a combination of
outstanding physical, mechanical, thermal, and electrical properties not found in any other
thermoplastic. Tg value of the copolymer is lower than the homopolymer cold/winter
conditions copolymer derivatives should be preferred in applications exposed.
Polypropylene provides excellent resistance to organic solvents, degreasing agents and
electrolytic attack in corrosive environments. Polypropylene varieties are preferred in
applications in cold/winter conditions. The easiness in processing and the diversity of its
physical properties depending on its low density make Polypropylene a charming and
talended material compared to more expensive materials.
Tisoplen®PPC is a bit softer but has better impact strength, is tougher and more durable
than Tisoplen®PPH. Tisoplen®PPC compounds tends to have better stress crack
resistance and low temperature toughness than Tisoplen®PPH compounds at the
expense of quite small reductions in other properties.
Tisoplen®PPC compounds variously modified, as glass fibre reinforced, UV/light
stabilized, impact modified, heat-stabilised, mineral filled and flame-retarded. Coloured
ones for the automotive, house ware appliances, interior design, illumination design and
building and leisure industries.
Tisoplen®PPC compounds are the ideal solution for a wide number of applications
requiring a good cost/performance ratio.
Tisoplen®PPC formulations can also be developed to meet specific market needs.
Tisoplen®PPC is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tisoplen®PPC grades can be provided fully colored in customized colors with narrow
color specifications colorability even in light colors.
Main specifications
Modification of PP by compounding with chemically bonded glass fiber, mineral fillers and
other additives produces a substantial change in the properties of the base material and
gives to compositions based on Tisoplen®PPC the following properties;
Attractive economics, good balance of properties among stiffness, durability and impact
resistance, UV stability, low specific gravity, good chemical resistance, high stiffness and
abrasion resistance, excellent resistance to chemical agents, low hygroscopic specialty,
easy process ability.Flame retardant compound with halogen and halogen free, UL94 V-2
or V-0 classifications glow wire flammability Index, glow wire ignition behavior (no flame),
low smoke density.
Fillers/reinforcements/modifiers
Glass fibers - glass beads - mineral fillers are available with varying contents in different
combinations. Heat stabilizers - hydrolysis stabilizers - lubricants - UV stabilizers, anti
static etc. are being used in non-reinforced and reinforced grades to increase specific
material properties.
Applications
Unreinforced(UNR): Building trimming, furniture accesories, domestic appliances, safety
equipments, boxes, packaging accesories
Glass Fiber Reinforced(GFR): High impact strength, high tensile strength, improved
thermal properties and toughness are achieved with glass fiber reinforced Tisoplen®PPC
compounds. Exp: Engine fans, office chair parts, auto inner trims, handless etc.
Mineral Reinforced(MNF): The addition of mineral fillers created by long-term thermaldimensional stability Tisoplen®PPC compounds, improved surface appearance, heat
resistance and provided low molding shrinkage. Exp: Water heater, furniture accessories,
pool accessories, garden furniture, headlight housings, lighting groups.
Flame-retardant: Flame retardant Tisoplen®PPC compounds, suitable flame-retardants
additives can be provided with halogens or without halogens depending on the specific
project requirements. Exp: Battery cases and chargers, furniture, small appliances,
socket, pins, buttons, connectors, lighting appliances, switch etc.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSOPLEN®/PPRC Compounds
Tisoplen®PPRC is the registered trade mark for Polypropylene Random Copolymer
compounds manufactured by Tisan.
The PPRC is thermoplastic resin produced through polymerization of propylene with
ethylene link introduced in the polymer chain. Ethylene is the most common comonomer
which is causes changes to the physical properties of the polypropylene. Because of this
random copolymers exhibit improved optical properties (increased clarity), improved
impact resistance, increased flexibility, and a decreased melting point and also has highly
resistant to attack by such chemicals as acids, alkali's, alcohols, low-boiling hydrocarbon
solvents, and many inorganic chemicals.
Tisoplen®PPRC is a specially modified highly-transparent polypropylene random
copolymer with low melt flow rate.
Tisoplen®PPRC provides excellent impact resistance at low temperature and high
chemical resistance. Combining glass fiber in production has proved to extreme rigidity
and stiffness, high dimensional stability and minimal warpage for extrusion These qualities
are most important when manufacturing for hot & cold water pipes; discharge systems;
gas distribution networks, and heating systems
Tisoplen®PPRC, formulations can also be developed to meet specific market needs.
Main specifications
Modification of PPRC by compounding, with glassfiber and other various fillers and
additives to produce a substantial change in the properties of the base material and gives
to compositions based on Tisoplen®PPRC following properties.
High gloss, excellent impact resistance, at low temperature, extremely long life, excellent
weldability good impact strength, high chemical resistance, physiologically harmless,
excellent clarity, low colour suitable for hot filling.
Fillers/reinforcements/modifiers
Glass fibers - available with varying contents and in different combinations. High heat
stabilizers-high impact modifies, stiffness - lubricants - UV stabilizers; antıbacterial
addıtives etc.are being used in non-reinforced and reinforced grades to modifiy specific
material properties.
Applications
Glass Fiber reinforced(GFR): Enhanced crystallinity, high impact strength, improved
optical properties, lower melt flow rate, high tensile strength and toughness are achieved
with glass fiber reinforced Tisoplen®PPRC. Exp: Hot and cold water pipes and fittings,
floor and wall heating systems, high pressure systems and radiator connections.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSESTER®/PBT Compounds
Tisester®PBT is the registered trade mark for Polybutylene Terephthalate compounds
produced by Tisan.
Tisester®PBT grades can be provided fully colored in customized colors with narrow
color specifications colorability even in light colors.
Polybutylene Terephtalate (PBT), semi- crystalline saturated polyester. PBT has excellent
resistance to a wide range of chemicals at room temperature, including aliphatic
hydrocarbons, gasoline, carbon tetrachloride, perchloroethylene, oils, fats, alcohols,
glycols, esters, ethers and dilute acids and bases. They are sensitive against strong bases.
Main specifications
Tisester®PBT has high crystalline rate and temperature, high molecular weight polymer
that has an excellent balance of properties and processing characteristics. Because the
material crystallizes rapidly, mold cycle time is fast and molding temperatures can be
lower than for many engineering plastics. Tisester®PBT is excellent for its very good
dimensional stability, low water absorption.
Excellent stiffness and hardness, good mechanical strength, good creep and fatigue
resistance, very good thermal stability, high wear resistance and low coefficent of friction,
good dimensional stability, very good chemical resistance, excellent flow and processing
properties, low water absorption, very good surface finish, no tendency to form stress
cracks, high tracing resistance, high sliding properties, excellent heat ageing behavior.
Flame retardant compound with halogen and halogen free, UL94 V-2 or V-0 classifications
(UL approved grades), glow wire flammability Index, glow wire ignition behavior (no flame),
low smoke density.
In some areas, Tisester®PBT is replacing other crystalline thermoplastics such as
polypropylene, nylon and acetal because of the need for improved performance.
Tisester®PBT compounds with high tracking resistance make small contact distances
possibles condition for increasing minimization.
Tisester®PBT formulations can also be developed to meet specific market needs.
Tisester®PBT is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Modification of PBT by compounding with glass fiber, mineral fillers and modifiers
produces a substantial change in the properties of the base material and gives to
compositions based on Tisester®PBT the following properties.
Fillers/reinforcements/modifiers
Glass fibers - glass beads - carbon fibers - mineral fillers are available with varying
contents in different combinations. And also filled materials containing PTFE available with
appropriately low friction and improved wear. Heat stabilizers - hydrolysis stabilizers lubricants - UV stabilizers-electrical conductive etc. are being used in non-reinforced and
reinforced grades to increase specific material properties
Applications
Unreinforced(UNR): Tisester®PBT compound offer high strength and rigidity, low
moisture absorption, high heat deflection temperatures, excellent electrical properties and
chemical resistance, rapid moulding cycles and reproducible moulding shrinkage.
Exp: White goods compartments applications, oven buttons, handle, sensor.
Glass Fiber Reinforced(GFR): Glass-reinforced Tisester®PBT exhibits a two-to threefold
increase in tensile, flexural and compressive strengths and modulus. The reinforced resins
exhibit good resistance to oxidation in hot air, comparable to that of nylon 6 or nylon 6/6.
Water absorption values are relatively low. Exp: Iron base, car mirror cover, door handle,
automotive motors items.
Mineral Filled(MNF): Tisester®PBT Mineral-reinforced, impact-modified grade for rigid
parts, for the production of parts with good surface quality and low warpage,
Exp: Housings and visible parts of domestic appliances automotive power door locks.
Flame retardant Reinforced(FR): Flame retardant Tisester®PBT compounds are
developed for industrial materials according to international standards and GWIT
(850°C-960°C) where flame retardancy is essential. UL-listed under the highest class of
inflammability,V0. Exp: Plug & socket, connector, jacks fora electrical appliances,
contactor switch boxes.
Impact Modified(EP): Tisester®PBT improves strength, stiffness attributes.
Exp: Small Appliances, Industrial Pump body.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSARBON®/ PC Compounds
Tisarbon®PC is the registered trade mark for Polycarbonate compounds produced by
Tisan.
Polycarbonate is a member of the best known amorphous engineering polymers. High
light transmission properties and optical applications are preferred. Structure is very
sensitive to moisture so as to use special injection conditions is very important.
Fillers/reinforcements/modifiers
Glass fibers -glass beads-carbon fibers-mineral fillers are available with varying contents
in different combinations. Heat stabilizers-hydrolysis stabilizers-lubricants-UV stabilizerselectrical conductive etc.are being used in non-reinforced and reinforced grades to
increase specific material properties
Polycarbonate possesses excellent impact strength, high heat resistance and good
dimensional stability. Although it is stable to water, mineral and organic acids, it is partially
soluble in aromatic hydrocarbons, soluble in the chlorinated ones, and decomposes in
strongly alkaline substances. It has good electrical properties. Products made out of
polycarbonate boast a long life and allow efficient reusability.
Applications
Tisarbon®PC compounds is the excellent impact resistance even at low temperatures.
Dimensional stability is high; ageing resistance is excellent if parts are produced without
internal stresses.
Glass fiber reinforced(GFR): Tisarbon®PC products easily provide high rigidity,
dimensional stability, also doubled flexural tensile and compressive strengths.
Exp: Electrical sockets, terminal boxes, industrial coil, protective case etc. The strength
and dimensional stability of polycarbonates are further enhanced with fibrous glass
reinforcement.
Tisarbon®PC being a good electrical insulator having heat and flame resistant properties,
it is used in myriad products associated with electrical and telecommunications hardware.
Tisarbon®PC can produce very smooth surfaces the automotive industry that make it well
suited for direct metalised parts such as decorative parts and optical reflectors.
Tisarbon®PC compounds with better self-lubricating properties are available by adding
substances able to improve the tribological properties of the material.
Tisarbon®PC formulations can also be developed to meet specific market needs.
Tisarbon®PC is a fully recyclable material and it can be reused after regrinding.
Unreinforced(UNR): It can be achieved unreinforced Tisarbon®PC products have a high
light permeability, rigidity, impact resistance and flame retardent. Exp: Lightening
appliances glasses, optics, household goods, automotive head lights etc.
Flame retardant(FR): Good dimensional stability, weatherability and flowability, allow
Tisarbon®PC to be utilized as a replacement for metal or standard polycarbonate in
high-heat applications. For the products used sectors that require flame retardant,
Tisarbon®PC compounds that are in compliance with international standards GWIT
(850ºC–960ºC) are produced. Exp: Headlamp bezels, headlamp lenses.
Tisan has a wide range of solutions for your
applications. Please contact us for your
needs.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tisarbon®PC grades can be provided fully colored in customized colors with narrow color
specifications colorability even in light colors.
Main specifications
Modification of PC by compounding with glass fiber, carbon fiber, flame retardants, and
additives produces a substantial change in the properties of the polymer resin and gives to
compositions based on Tisarbon®PC the following properties:
High thermal stability, dimensional stability, high light transmission, high impact resistance,
excellent mechanical properties, good electrical properties, low moisture, low smoke
density, excellent UV resistance, high stiffness and hardness, high resistance to wear, high
heat deflection temperature, low molding shrinkage, good electrical properties, excellent
flammability characteristics. Flame retardant compound with halogen and halogen free,
UL94 V-2 or V-0 classifications, glow wire flammability Index, glow wire ignition behavior
(no flame), low smoke density.
TİSAKRİL®/ABS Compounds
Tisakril®ABS is the registered trade mark for acrylonitrile-butadiene-styrene copolymer
compounds manufactured by Tisan.
The ABS is known glossy that has high styrene ratio whereas has high butadiene ratio.
Basically, styrene contributes ease of processing characteristics, acrylonitrile imparts
chemical resistance and increased surface hardness, and the butadiene contributes
impact strength and overall toughness. The most amazing properties of ABS compounds
are high rigidity, high heat deflection temperature, scratch resistance and low shrinkage.
A variety of modifications can be made to improve impact resistance, toughness and heat
resistance. Impact resistance does not effect of changing on thermal interaction.
Tisakril®ABS is considered superior for its hardness, gloss, toughness, and electrical
insulation properties. Tisakril®ABS polymers are resistant to diluted acids, alkalis,
concentrated hydrochloric and phosphoric acids, alcohols and mineral oils.
Tisakril®ABS formulations can also be developed to meet specific market needs.
Tisakril®ABS is a fully recyclable material and can be reused after regrinding. The user
shall always verify that the compound obtained by mixing virgin and reground material is
suitable for the specific application and that its properties meet the requirements.
Tisakril®ABS grades can be provided fully colored in customized colors with narrow color
specifications, colorability even in light colors.
Main specifications
Modification of ABS by compounding with glassfiber, mineral fillers and other modifying
additives produces a substantial change in the properties of the base material and gives to
compositions based on Tisakril®ABS following properties:
High chemical resistance, high surface brightness, excellent impact resistance, even at
low temperature, low shrinkage levels, excellent dimensional stability, excellent surface
aspect.
Fillers/reinforcements/modifiers
Glass fibers-glass beads-carbon fibers-aramid fibers-minerals are available with varying
contents and in different combinations. Heat stabilizers-hydrolysis stabilizerslubricants-UV stabilizers etc. are being used in non-reinforced and reinforced grades to
increase specific material properties. Flame retardant compound with halogen and
halogen free, UL94 V-2 or V-0 classifications; glow wire flammability index, glow wire
ignition behavior (no flame), low smoke density.
Applications
Unreinforced(UNR): Tisakril®ABS UNR is used in visual parts often. Exp: Electricity
switchs, lightening appliances, external parts of white goods, telecommunication, furniture
appliances, radio cabins and small appliances.
Glass Fiber Reinforced(GFR): Tisakril®ABS GFR products that are produced with glass
fiber have a better endurance, better surface hardness, higher melting temparature, higher
specific gravity and less mold shrinkage. Reinforced Tisakril®ABS could be used for axial
fan blades, centrifuge fan blades, automobile parts, office-machine parts, advertisement
products, textile equipment parts, furniture parts, mechanical device parts, etc.
Flame retardant(FR): For the products used in electricity, electronics and similar areas
that require flame retardent. Tisakril®ABS that is in compliance with international
standards and GWIT(850ºC–960ºC) is produced. An excellent mouldability and surface
aspect characterize flama-retardant versions. Exp: Connection plug, wall plug,
connector, splice on electrical household appliances, lightening appliances, distribution
boxes.
Impact Resistance(EP): Tisakril®ABS are preferred in high-impact, force and
pressure-exposed areas of application Exp: Accessories for furniture, white goods
accessories.
Tisan has a wide range of solutions for your
applications. Please contact us for
your needs.
TİSREN®/PS Compounds
Tisren®PS is the registered trade mark for all Polystyrene compounds manufactured by
Tisan.
Polystyrene materials are available with a wide range of properties. They have low specific
density, good dimensional stability and outstanding electrical applications. Addition of
glass fiber increases polystyrene's strength, rigidity, dimensional stability and impact
resistance.
The range also includes also flame-retarded materials and impact modified derivatives.
HIPS (high impact polystyrene), which has been widely used for TV housings for last
decades is one of the major commonly used plastic materials in modern industry
Tisren®PS compounds are a comprehensive range of general-purpose and high-impact
polystyrene products.
Tisren®PS compounds have broad technological competencies and product reach.
Tisren®PS formulations can also be developed to meet specific market needs.
Tisren®PS, is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tisren®PS, grades can be provided fully colored in customized colors with narrow color
specifications Colorability even in light colors.
Main specifications
Modification of Polystyrene by compounding with glass fiber, mineral fillers and other
additives produces a substantial change in the properties of the polymer resin and gives
to compositions based on Tisren®PS following properties:
Excellent dimensional stability, good impact resistance, easy processing, excellent
aesthetical properties. Flame retardant compound with halogen and halogen free,
UL94 V-2 or V-0 classifications, glow wire flammability Index, glow wire ignition behavior
(no flame), low smoke density.
Fillers/reinforcements/modifiers
Glass fibers - mineral fillers are available with varying contents in different combinations.
Heat stabilizers-hydrolysis stabilizers-lubricants-UV stabilizers-electrical conductive etc.
are being used in non-reinforced and reinforced grades to increase specific material
properties.
Applications
Glass Fiber Reinforced(GFR); Tisren®PS provides good dimensional stability, strength,
stiffness and heat resistance compared with non-reinforced polystyrene. Exp: Automotive
instrument panels;business machinery panels and kitchen appliance housings. Instrument
panels and crash pad supports.
Flame retardant Reinforced(FR): Flame retardant Tisren®PS compounds product line
covers from conventional PBDE-type and Non-PBDE-type FR-HIPS to environmentally
safe Non-halogen-type FR-HIPS. Flame retardant Tisren®PS compounds are developed
for industrial materials according to international standards and GWIT (850 °C-960 °C)
where flame retardancy is essential. Exp: TV cabinets, printers cartridges, fuse boxes.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSAPET®/PET Compounds
TİSAPET®PET is the registered trade mark for polyethylene terephthalate compounds
produced by Tisan.
TİSAPET®PET is ideal for demanding applications needing close tolerance strength and
stiffness because of its high strength.
Polyethylene Terephtalate is a thermoplastic resin of the polyester family and is commonly
used in many different products, including synthetic fibers. It can exist in both a
transparent and a semi-crystalline polymer. Polyethylene terephthalate is a polymer that is
formed by combining two monomers: modified ethylene glycol and purified terephthalic
acid. PET can be modified with additional polymers as well, making it acceptable and
usable for other uses. PET offers several different advantages. PET can be found in many
different forms from semi-rigid to rigid. This is largely dependent upon its thickness. It is a
lightweight plastic that can be made into a number of different products. It is very strong
and has impact resistant properties as well.
TİSAPET®PET provides creep resistance where keeps the shape same under the stress.
This property is important in automotive applications.
TİSAPET®PET has excellent mechanical properties like stiffness and outstanding creep
properties even at high temperatures. TİSAPET®PET is also extremely durable with very
low wear loss and co-efficient of friction.
TİSAPET®PET provides high temperature thermal and oxidative stability. This makes
TİSAPET®PET ideal for demanding automotive applications.
TİSAPET®PET formulations can also be developed to meet specific market needs.
TİSAPET®PET is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
TİSAPET®PET grades can be provided fully colored in customized colors with narrow
color specifications, colorability even in light colors.
Main specifications
Modification of PET by compounding with glass fiber, carbon fiber and modifiers
produces a substantial change in the properties of the base material and gives to
compositions based on TİSAPET®PET the following properties:
Excellent level of wear resistance, high flexural modulus, low coefficient of friction, high
stiffness, high thermal stability, attractive surface, high dimensional stability, higher
productivity and total cost-down solutions. Flame retardant compound with halogen,
UL94 V-0 classifications, glow wire flammability index, glow wire ignition behavior
(no flame), low smoke density.
Fillers/reinforcements/modifiers
Glass fibers-carbon fibers are available with varying contents in different combinations.
Heat stabilizers-hydrolysis stabilizers-lubricants-UV stabilizers etc. are being used in
non-reinforced and reinforced grades to increase specific material properties.
Applications
Glass Fiber Reinforced(GFR): TİSAPET®PET provides excellent stiffness, heat
resistance, high dimensional stability and good surface qualitiy. TİSAPET®PET grades
offer extremely low outgassing characteristics and very low moisture absorption, making
them especially suitable for automotive headlamps. Exp: Automotive fuse bodies,
connectors, low voltage switch gears, telecom connectors, lamp holders angle plates,
clutches, lock parts, casings for motor control units etc.
Flame Retardant Reinforced(FR): TİSAPET®PET with flame-retardants generally leads
to a reduction in end-use properties, mostly a deterioration of mechanical, thermal, and
electrical properties. Exp: Housings for residual current circuit breakers, components for
electrical installation multiple power sockets household appliances.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSETİLEN®/PE Compounds
Tisetilen®PE is the registered trade mark Polyethylene compounds manufactured by
Tisan.
Polyethylenes are thermoplastic resins obtained by polymerizing the gas ethylene [C2H4].
Low molecular weight polymers of ethylene are fluids used as lubricants; medium weight
polymers are waxes miscible with paraffin; and the high molecular weight polymers
(i.e., over 6000) are the materials used in the plastics industry. Polymers with densities
ranging from about 0.910 to 0 .925 are called low density; those of densities from 0.926
to 0.940 are called medium density; and those from 0.941 to 0.965 and over are called
high density.
Tisetilen®PE offers a balance of engineering properties combined with high-temperature
performance, chemical resistance, good electrical properties and ease of processing.
Tisetilen®PE flame Retardant masterbatches are highly loaded FR pellets designed for
high performance results and are made to easily disperse and incorporate directly into
compounding and injection molding processes.
Applications
Flame retardent(FR): Tisetilen®PE has dependable fire resistance, well dispersity and
excellent compatibility with matrix resin and widely used in electricity. Exp: Cables and
pipes, protection equipments, electricity boxes, lightening devices, houshold goods, toys
etc.
Glass Fiber Reinforced(GFR): Glass-reinforced Tisetilen®PE provides the highest tensile
and flexural modulus. Exp: Multilayer underground pipes, hot/ cold water pipes.
Mineral filled(MNF): Tisetilen®PE provides excellent balance of stiffness and impact,
and can enhance toughness. Exp: Simple toys, furniture appliances, outdoor furnitures
Tisan has a wide range of solutions for your applications.
Please contact us for your needs.
Tisetilen®PE has been used as medical and industrial neutron shielding and chemical
blowing agent and contains the required levels.
Tisetilen®PE compounds with extreme resistance against crack initiation and slow crack
growth.
Tisetilen®PE formulations can also be developed to meet specific market needs.
Main specifications
Modification of PE by compounding with glass fiber, mineral fillers and other modifying
additives produces a substantial change in the properties of the base material and gives to
compositions based on Tisetilen®PE the following properties:
Low density, flexibility, easy processability and coloring, high performance, good chemical
resistance hardness-rigidity, easy processability and coloring, high optical properties,
better slow crack growth resistance, better resistance against rapid crack propagation,
superior melt strength.
Fillers/reinforcements/modifiers
Glass fibers-mineral fillers are available with varying contents in different combinations.
Lubricants-UV stabilizers, electrical conductive etc. are being used in non-reinforced and
reinforced grades to increase specific material properties.
Flame retardant compound with halogen and halogen free, UL94 V-2 or V-0 classifications,
glow wire flammability index, glow wire ignition behavior(no flame), low smoke density.
TİSAFORM®/POM Compounds
Tisaform®POM is the registered trade mark for polyoxymethylene-acetal compounds
produced by Tisan.
Polyoxymethylene(commonly referred to as POM and also known as polyacetal or
polyformaldehyde) is an engineering thermoplastic used in precision parts that require high
stiffness, low friction and excellent dimensional stability. Available in two structures:
copolymer (POMC) and homopolymer(POMH). POM is characterized by good fatigue life,
high resistance to solvents and chemicals and good electrical properties. Acetals often
compete with nylons for many of the same applications.
Tisaform®POM is used where requirements for good moldability, fatigue resistance and
stiffness justify its high price.
Tisaform®POM has high tensile strength, stiffness, resilience and moderate toughness
under repeated impact.
Tisaform®POM has high resistance to organic solvents, excellent dimensional stability,
a low coefficient of friction and outstanding abrasion resistance among thermoplastics.
Tisaform®POM formulations can also be developed to meet specific market needs.
Tisaform®POM is a fully recyclable material and it can be reused after regrinding.
The user shall always verify that the compound obtained by mixing virgin and reground
material is suitable for the specific application and that its properties meet the
requirements.
Tisaform®POM grades can be provided fully colored in customized colors with narrow
color specifications, colorability even in light colors.
Main specifications
Modification of POM by compounding with glass fiber and other modifying additives
produces a substantial change in the properties of the base material and gives to
compositions based on Tisaform®POM the following properties:
Resistance to chemicals, dimensional stability, high strength and stiffness, machinability,
highly crystalline, more creep resistant than Nylon, good resistance to solvents(except
phenols), low smoke emission, high gloss surfaces, high rigidity, high resistance to impact
and also to low temperatures, physiological indifference, good characteristics of electric
insulation.
Fillers/reinforcements/modifiers
Glass fibers-glass beads-aramid fiber are available with varying contents in different
combinations and also filled materials containing PTFE and molybdenum disulphide are
available for bearing materials with appropriately low friction and improved wear.
Applications
Glass Fiber Reinforced(GFR): Tisaform®POM provides toughness, stiffness, low creep,
low wear/friction, chemical resistance, UV stability, good surface appearance dimensional
stability. The good retention properties at the weld line are also an advantage in this
application which has many holes and snap fits. Exp: Include fuel-system and seat-belt
components, steering columns, push-button device, window-support brackets, and
handles.
Impact Resistance(EP): Tisaform®POM provides excellent impact, creep resistance,
dimensional stability, low wear, and design freedom. Exp: Window lift gears, conveyor
plates.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
TİSBLEND® Compounds
Tisblend® is the registered trade mark for blend compounds produced by Tisan. (PC/ABS,
PBT/PET, PC/PET, PA6/PA66, ABS/PA; PPE/PS;ABS/PC)
Tisblend® high-performance blends offer an excellent combination of strength, durability,
chemical resistance, excellent impact resistance, heat resistance, and visual performance
to help balance performance, cost and processability.
Tisblend® compounds are designed to stand up to demanding applications and harsh
operating environments.
Tisblend® has a wide range of sectors like electric/electronic, food industry, home office
furniture, information technology, medical sector, automotive and so on.
Tisblend® resin blends provide an excellent design solution when both appearance and
durability are important.
Tisblend® formulations can also be developed to meet specific market needs.
Tisblend® grades can be provided fully colored in customized colors with narrow color
specifications, colorability even in light colors.
Main specifications
Modification of blends by compounding with glass fiber, mineral fillers and other additives
produces a substantial change in the properties of the base material and gives to
compositions based on Tisblend® the following properties:
High impact resistance, dimensional stability, excellent surface quality, high heat
resistance, processability chemical resistance, high gloss, antistatic properties, low
shrinkage levels, excellent surface aspect Good soundproofing. Flame retardant
compound with halogen and halogen free, UL94 V-2 or V-0 classifications; glow wire
flammability Index, glow wire ignition behavior (no flame), low smoke density.
Fillers/reinforcements/modifiers
Glass fibers - glass beads - carbon fibers - aramid fibers - mineral fillers are available with
varying contents in different combinations. And also filled materials containing PTFE and
molybdenum disulphide are available for bearing materials with appropriately low friction
and improved wear. Heat stabilizers-hydrolysis stabilizers-lubricants-UV stabilizerselectrical conductive etc. are being used in non-reinforced and reinforced grades to
increase specific material properties.
Applications
Glass Fiber Reinforced(GFR): High impact strength, high tensile strength and toughness
are achieved with glass fiber reinforced Tisblend® GFR compounds. Exp: Automotive
appliance and electrical components.
Flame Retardant Reinforced(FR): Flame retardant Tisblend® compounds are developed
for industrial materials according to international standards and GWIT(850 ºC–960 ºC)
where flame retardancy is essential. Exp: Monitor case, computer and communication
accessories, notebook housing and the case of laser printer.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
EcoSTAR® Compounds
EcoSTAR® is the registered trade mark for compounds produced by Tisan.
The demand for good environmental performances and lower dependency to fossile
ressources makes recycled plastics favorite in all markets.
EcoSTAR is new compounds from old plastics.
®
EcoSTAR® compounds are produced on the basis of our formulas. Fibreglass reinforced,
elastomer modified, heat-stabilized and mineral filled, virgin materials are additionally used
to improve the product quality. This allows to EcoSTAR® nearly reach the quality level of
first compounds.
EcoSTAR® utilize a lot less energy and water, have a lot less residual waste and produce a
lot more first grade.
EcoSTAR® recovers the most prevalent and valuable materials often in multiple grades
and colors.
EcoSTAR Formulations can also be developed to meet specific market needs.
®
Main specifications
Modification of recycled plastics by compounding with glass fiber, mineral fillers and other
additives produces a substantial change in the properties of the base material and gives to
compositions based on EcoSTAR® the following properties;
Tolerances as tight as virgin grades; larger processing window; sufficient mechanical
properties; reduction of cost.
Fillers/reinforcements/modifiers
Glass fibers - glass beads - mineral fillers are available with varying contents in different
combinations. Heat stabilizers-hydrolysis stabilizers-lubricants-UV stabilizers- etc. are
being used in non-reinforced and reinforced grades to increase specific material
properties.
Applications
Automotive and transportation-electrical / electronic-home appliances-garden and power
tools-safety equipment-Furniture.
Tisan has a wide range of solutions for your applications. Please contact us for your
needs.
Tisan Engineering
Plastics Co.
Ekşioğlu Mah. Yavuz Selim Cad.
86. Sk. No: 4, 34794
Alemdağ/Çekmeköy/İstanbul/
TÜRKİYE
T: +90 216 429 36 65
F: +90 216 312 14 78
www.tisan.com.tr