Rubber
170 years of technical expertise make us the one-stop-shop for the rubber industry.
We bring to the market tailor-made technical support and a complete range of materials, such as Elastomers, Curing Systems, Plasticizers, Fillers and many others. Discover also our made-to-measure solutions for the Weighing and Mixing steps.
Rubber
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Lubricant and mold release agent developed for specialty
polymers. It is applicable in heat resistant vulcanizates based on HNBR, ACM
and FKM. Benefits:
- Prevents scorch
- Reduces reject rates of vulcanizates
- Exhibits low volatility
TDS
Internal lubricant and dispersing aid for specialty
elastomers such as HNBR, XNBR, ECO and exotic polymers. It is a blend of amides of fatty acids and fatty acid derivatives.Benefits:
- Increases mold and extrusion flow
- Offers enhanced surface finish and feel
- Reduces stickiness on metal surface
TDS
Chemical peptizer designed for DBD based natural rubber such
as NR. It is a blend of 40% dibenzamido diphenyl disulphide and organo metal complex on low melt
carriers.Benefits:
- Dust-free, reduces Mooney viscosity
- Non-blooming, effective at low dosage
- Offers easy and fast incorporation into rubber
TDS
Processing additive and mild mastication agent designed for NR
compounds. It is suitable for extrusion, mold flow and filler dispersion. It is used in blends of SBR and BR. It can be used in masterbatch compound.Benefits:
- No need for pre-mastication step
- Improves downline processing
- Reduces Mooney viscosity …
TDS
Processing aid and peptizer developed for natural rubber. It is a blend of 13% dibenzamido diphenyl disulphide and organo metal complex on low melt
carriers.Benefits:
- Easily dispersible, effective at low dosage
- Reduces Mooney viscosity
- Improves downline processing
- Offers excellent batch to batch uniformity
TDS
Slip agent developed for thermoplastics
resins, TPE elastomers and thermoset rubber systems. This amide of oleic acid
acts as dispersant
in concentrates.Benefits:
- Improves mold release and surface finish
- Sanctioned for use by FDA 21 CFR
TDS
Slip agent developed for rubber applications. It is a amide of erucic acid and acts as dispersant in concentrates.Benefits:
- Improves surface finish and mold release
- Sanctioned for use by FDA 21 CFR
- Offers better heat stability
TDS
Internal and external lubricant used for elastomers. It is composed of ethylene-bis-stearamide.Benefits:
- Offers high heat stability
- No discolouration at temperature up to 230 °C
TDS
Ethylene methacrylate elastomer for seals & gaskets, automotive applications
such as turbocharger hoses and molded air ducts.
Benefits:
- Offers high heat resistance
- Oil resistant grade
- Mooney Viscosity ML1+4 at 100 °C is 57
TDS
Ethylene methacrylate elastomer used for seals & gaskets,
automotive applications such as turbocharger hoses & molded air ducts.Benefits:
- Offers high heat and oil resistance properties
- Provides good stability, lighter weight
- Mooney Viscosity ML1+4 at 100 °C is 43
TDS
Ethylene acrylic elastomer developed for static & dynamic
seals or hoses and tubes. It is also recommended for E-mobility and internal
combustion engines.
Benefits:
- It was formerly known as VMX3020
- It is an intermediate Mooney viscosity grade at 23 MU (ML1+4, 100°C)
- Provides excellent heat resistance, good…
TDS
Ethylene methacrylate elastomer suitable for processing by
injection, compression and transfer molding. It is designed for flame-retarded,
low-smoke, non-halogen wire & cable jackets and in non-halogen, low smoke
flooring. It is applicable for automotive components such as powertrain seals
& gaskets, rocker cover & piston seals, oil…
TDS
Ethylene methacrylate elastomer used for rubber applications.Benefits:
- Offers improved resistance to oil swell and chemicals such as diesel fuel compared with Vamac® G
- Exhibits excellent storage stability
- Mooney Viscosity ML 1+4 at 100 °C is 18.5
- Contains small amount of processing aid
TDS
Ethylene methacrylate elastomer for air ducts, hoses and
torsional dampers. It is designed for applications requiring long cure time. It
is suitable for processing by injection, compression and transfer molding. Benefits:
- Offers improved high temperature properties, higher compression set and dynamic flex fatigue resistance compared with…
TDS
Ethylene methacrylate elastomer for wires & cables,
seals, gaskets and extruded hoses. Benefits:
- Peroxide curable, halogen-free
- Offers improved mold release, resistance to mineral oils
- Prevents collapse during extrusion
- Mooney Viscosity ML1+4 at 100 °C is 28
TDS
Ethylene methacrylate elastomer for use in turbo charger
hoses, torsional dampers and air ducts.Benefits:
- Halogen-free grade
- Offers improved heat-, flex fatigue-, oil- and tear- resistance
- Provides better low temperature flexibility, improved mechanical properties,
- Mooney Viscosity ML1+4 at 100 °C is 29 …
TDS
Performance Additives
Performance Additives, through its state-of-the-art manufacturing plants, produces rubber process aids and dithiocarbamate accelerators. It is a global company, having production sites in Malaysia, Italy, and the United States. It is headquartered in Malaysia’s fast expanding capital, Kuala Lumpur.
The Company is focused on renewable resources, such as the palm oil heavily used in its Malaysian-produced rubber process aids. It is also technology-driven, as illustrated by its substantial R&D laboratories and many technical staff.
Celanese
Over the last 100 years, Celanese has evolved from a small experiment in a backyard shed in Switzerland to a global technology and specialty materials company with leading businesses in key geographic regions. The Dreyfus brothers had a vision for the company that included discovering market needs and finding ways to fulfill them. By honing their ability to diversify and adapt, the brothers were able to expand the company to one of the largest chemical manufacturers in the world. With a focus on safety, innovation, productivity, culture, performance and results, Celanese is positioned to achieve significant future growth and deliver exceptional results for all stakeholders. Our history below highlights the milestones that formed Celanese.
