Rubber Polymers

Hot melt adhesive, synthetic leather and fabric coating.

Various adhesive and fabric coating, magnetic media binder and cast films for lamination.

It’s a kind of nonpoisonous accelerator, applied in Natural Rubber and Synthetic rubber separately or mixed with other Rubber Chemicals; Especially in the tire Industry.

LP-2 polymer is one of a family of liquid polysulfide polymers manufactured by Toray Fine Chemicals Co., Ltd. It is widely used as the base for sealants applied to aircraft, buildings, marine vessels, automobiles, canals, highways, and insulating glass industries. Other possible applications for LP-2 polymer include casting compounds, electrical potting compounds, fuel tank coatings, dental molding compounds, and leather impregnation.

CTPI is used as an inhibitor of premature vulcanization of synthetic and natural rubbers, providing the rubber compounder with a better means of controlling scorch safety. CTPI is most effective with thiazole and sulphenamide accelerator systems and the fastest curing polymers. An approximate order of response by polymer is: NR > NBR > SBR > EPDM > IIR > CR. CTPI increases processing safety without affecting vulcanizate properties, aged properties, fatigue life, stain, discoloration, or porosity. Typical loading levels are 0.1 to 0.4 phr.

Polythiol QE-340M offers excellent properties in curing of epoxy resin in combination with amines or polyamines.

Solution and melt coating.

Hot melt adhesive, synthetic leather and fabric coating.

Extrusion; Solution Cast Films; Compounding with PVC;

Audio tape binder and screen printing inks, inks and lacquers, cast film for lamination.

Adhesive for inks and lacquers, fabric coating and magnetic media binder.

Hot melt adhesive, solution cast films for lamination on fabrics.

Elastosil® R 427/30 can be used for extruded profiles. Elastosil® R 427/30 vulcanizing characteristics make it possible to achieve short cycle times in the production of molded articles by compression transfer and injection molding. Postcured vulcanizates can be used for applications in the health care and food handling industries.

Elastosil® R 427/70 can be used for extruded profiles. Elastosil® R 427/70 vulcanizing characteristics make it possible to achieve short cycle times in the production of molded articles by compression transfer and injection molding. Postcured vulcanizates can be used for applications in the health care and food handling industries.

Elastosil® R 1251 Silicone Rubber Compound is designed specifically for use in rubber formulations for high voltage applications.

Elastosil® R plus 4000/50 materials are intended for fabrication of molded articles that afford high transparency and very good tear resistance values.

The grade is suitable for the manufacture of all kind of articles for technical and food-contact applications. Specially thick walled articles can take advantage of the fast curing material.

Elastosil® R plus 4305 US is intended for fabrication of extruded articles that afford high transparency and very good tear resistance values.

Powersil® 370 Dark Silicone Rubber Compound is designed specifically for use in high voltage applications. Suspension and line post insulators and surge arrestors molded from POWERSIL® 370 DARK possess excellent resistance to arcing and tracking, increasing the reliability and reducing power interruptions.

Create stress cones for cable accessories and cold shrink accessories

The uncured base exhibits low surface tack which makes it excellent for calendaring and extrusion applications, as well as molding.

Elastosil® LR 3070 series are particularly suitable for the economical production of large series of over molded parts (thermoplastic/elastomer), even in a comolding process (shuttle mold) under standard conditions, without any special treatment of the mold surface.

It has been formulated as a low viscosity, heat resistant fabric coating.

It has been formulated as a moderate viscosity, high performance liquid rubber with good heat resistance.

It has been formulated as a low viscosity, heat resistant, general purpose fabric coating.

It has been formulated primarily as a high strength, moderate viscosity liquid rubber for fabric coating.

Postcured parts can be used for food contact applications and are suitable for use under the Recommendation “XV. Silicones” of the BfR and FDA § 177.2600 under observance of any given limitations on extractable and volatile substances.

Postcured parts can be used for food contact applications and are suitable for use under the Recommendation “XV. Silicones” of the BfR and FDA § 177.2600 under observance of any given limitations on extractable and volatile substances.

In principle Elastosil® R 420 silicone rubbers are designed for extrusion, compression, and transfer and injection molding.

Elastosil® R 3113 A/B is used for fast bonding of cured silicone rubber to cured silicone rubber. It is suitable for bonding of large, flat shapes.

Elastosil® R 160/10 may be fabricated using standard molding and extrusion techniques. It can be used as is or it can be added to other Elastosil® R 160/10 series bases to achieve intermediate durometers.

The uncured base exhibits low surface tack which makes it excellent for calendar and extrusion applications.

Elastosil® R 300/20 US can be fabricated using standard molding and extrusion techniques.

Elastosil® R 401/40 has many different uses, being suitable for molded articles and extrusions such as seals, sheet, tubing and profiles.

Elastosil® R 401/50 has many different uses, being suitable for molded articles and extrusions such as seals, sheet, tubing and profiles.

Postcured parts can be used for food contact applications and are suitable for use under the Recommendation “XV. Silicones” of the BfR and FDA § 177.2600 under observance of any given limitations
on extractable and volatile substances.

Postcured parts can be used for food contact applications and are suitable for use under the Recommendation “XV. Silicones” of the BfR and FDA § 177.2600 under observance of any given limitations on extractable and volatile substances.

In principle Elastosil® R 420 silicone rubbers are designed for extrusion, compression, and transfer and injection molding.

In principle Elastosil® R 420 silicone rubbers are designed for extrusion, compression, and transfer and injection molding.

In principle Elastosil® R 420 silicone rubbers are designed for extrusion, compression, and transfer and injection molding.

Compression, injection, injection compression and transfer molding of O-rings, gaskets, and seals.

Extruded into hoses or profiles or can be calendered to make sheet stocks or belting.

Extruded into hoses or profiles or can be calendered to make sheet stocks or belting.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Used to compound for injection and compression molding.

Elastosil® E 951 adheres exceptionally well to various substrates including metals, glass, and vulcanized silicone rubber. The substrates should be clean. Primers are available to solve special adhesion problems.

Due to the high green strength of these products, they can be used to make complex extruded profiles. Their vulcanizing characteristics make it possible to achieve short cycle times in the production of rubber moldings by compression, transfer and injection molding. Post cured vulcanizates can be used for applications in the health care and food handling industries.

Due to the high green strength of these products, they can be used to make complex extruded profiles. Their vulcanizing characteristics make it possible to achieve short cycle times in the production of rubber moldings by compression, transfer and injection molding. Post cured vulcanizates can be used for applications in the health care and food handling industries.

Due to the high green strength of these products, they can be used to make complex extruded profiles. Their vulcanizing characteristics make it possible to achieve short cycle times in the production of rubber moldings by compression, transfer and injection molding. Post cured vulcanizates can be used for applications in the health care and food handling industries.

This grade is especially designed for economical manufacturing of flame retardant technical articles/parts by Liquid Injection Molding process.

These grades are particularly suitable for the economical production of large series of injection molded articles. Parts made from Elastosil® LR 3003/20 TR A/B can be used for technical applications. These articles are also suitable for use in conjunction with foodstuffs.

These grades are particularly suitable for the economical production of large series of injection molded articles. Parts made from Elastosil® LR 3003/85 A/B can be used for technical applications. These articles are also suitable for use in conjunction with foodstuffs.

Elastosil® LR 3003/10 US contains those ingredients which are suitable for food contact.

This series is used for health care applications, including short-term implants. Very brief molding cycles for intricately-shaped and flash-free parts are possible.

Parts made from Elastosil® LR 3013 are particularly suitable for the economical production of large series of injection-molded articles. They generally can be used for technical applications without post-curing, but do not comply with regulations concerning use in the pharmaceutical and food industry.

These grades are particularly suitable for the economical production of large series of injection molded articles. Parts made from Elastosil® LR 3043/50 A/B can be used for technical applications.

Elastosil® LR 3070 series are particularly suitable for the economical production of large series of over molded parts (thermoplastic/elastomer), even in a comolding process (shuttle mold) under standard conditions, without any special treatment of the mold surface.

Elastosil® LR 3070 series are particularly suitable for the economical production of large series of over molded parts (thermoplastic/elastomer), even in a comolding process (shuttle mold) under standard conditions, without any special treatment of the mold surface.

Injection and transfer moulding of O-rings, gaskets, and seals.

Compression moulding of O-rings, seals, gaskets, and other items.

Injection and transger molding of shaft seals, valve seals, O-rings, gaskets, or any item requiring superior chemical resistance.

Injection and transfer molding of shaft seals, valve seals, O-rings, gaskets, pr any item requiring superior chemical reisistance.

Compression, Injection, and transfer moulding of shaft seals, valve seals, O-rings, gaskets,or any item requiring excellent chemical resistance.

Compression, injection and transfer molding of shaft seals, valve seals, O-rings, gaskets, or any item requiring superior chemical resistance.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Manufacturing of any kind of elastomeric sealing element such as O-rings, gaskets, valve bodies, butterfly valves, pump housings and stators, metal bonded parts, diaphragms, profiles, etc.

Injection, injection-compression and transfer molding of O-rings, gaskets, and seals.

Injection, compression, and transfer modling of O-rings, gaskets, and seals.

Injection, injection-compression and transfer molding of O-rings, gaskets, and seals.

Injection, injection-compression and transfer molding of O-rings, gaskets, and seals.

Injection, injection-compression and transfer molding of O-rings, gaskets, and seals.

Compression, injection, and transfer molding of shaft seals, valve stem seals, gaskets, or any item requiring excellent chemical resistance.

Compression, injection and transfer molding of shaft seals, valve seals, O-rings, gaskets, or any item requiring superior chemical resistance.

Compression and transfer moulding of shaft seals, valve stem seals, O-rings, gaskets, seals, or any item requiring excellent chemical resistance.

Injection and transfer moulding of gaskets and seals.

Affords excellent resistance to aggressive oils, amine containing fluids, bases, and steam.

Affords excellent resistance to aggressive oils, amine containing fluids, bases, steams, and sour gases.

Improve bonding in any application requiring adhesion to metal.

Compression and transfer moulding of O-rings, gaskets, and seals

Injection and transfer moulding of O-rings, gaskets, and seals.

Injection and transfer moulding of O-rings, gaskets, and seals.

Injection and transfer moulding of O-rings, gaskets, and seals.

Compression, Injection, and transfer moulding of shaft seals, valve stem seals, gaskets or any item requiring excellent chemical resistance.

Compression, Injection, and transfer moulding of shaft seals, valve stem seals, gaskets or any item requiring excellent chemical resistance.

Gain significantly higher output rates with reduction in flow lines and knitting defects even with a very difficult to process fluoroelastomer compound.

Intended for blending with other polymers of the Tecnoflon® familty to achieve the desired viscosity.

Injection and transfer moulding of O-rings, gaskets, and seals.

Compression moulding of O-rings, seals, gaskets, and other items.