Ethylene Acrylate Rubbers (AEM) for Plastic Parts

A6T70 by Trelleborg Sealing Solutions is an ethylene acrylate rubber. It exhibits excellent weather & ozone resistance, very good heat resistance, low compression set, excellent resistance to oils & greases and good low temperature properties. A6T70 is recommended for static seals for oil applications such as gear boxes, oil pumps, cam covers and oil pan gaskets.

AEM is an acrylic ethylene copolymer grade by Clwyd Compounders. Exhibits excellent resistance to transmission fluids, water, glycol mixtures and weak bases. Provides good dynamic properties over a wide temperature range, excellent vibration dampening and excellent ozone resistance. It can be formulated for low flammability and low smoke specifications. AEM is used in automotive sealing applications, including seals for transmission and power steering systems.

Vamac® Ultra DX for Pressureless Cure by Celanese is a high viscosity ethylene acrylic dipolymer grade. It It provides improved mold release. It is a high performance and heat stabilized grade.

• Exhibits improved processability, better & faster dispersion.
• It allows production of enhanced AEM grades that have significantly improved as compared to the existing standard Vamac® elastomers.
• It increases green strength of compounds which helps to avoid collapse during extrusion processes.
• It is designed for processing by extrusion.
• It is suitable for applying reinforcement layers without cutting the inner tube by filaments.
• It helps end-users evaluate the potential fitness of similar compounds for their own applications.
• Vamac® Ultra DX for Pressureless Cure is designed for automotive application.
• It improved performance of rubber parts such as cables, seals, gaskets or extruded hoses.

Vamac® Ultra DX for Injection Molding by Celanese is a high viscosity ethylene acrylic dipolymer grade. It It provides improved mold release. It is a heat resistant, high viscosity, high performance and heat stabilized grade.

• Exhibits improved processability, better & faster dispersion.
• It allows production of enhanced AEM grades that have significantly improved as compared to the existing standard Vamac® elastomers.
• It increases green strength of compounds which helps to avoid collapse during extrusion processes.
• It is designed for injection- and transfer molding.
• It is suitable for applying reinforcement layers without cutting the inner tube by filaments.
• It helps end-users evaluate the potential fitness of similar compounds for their own applications.
• Vamac® Ultra DX for Injection Molding is designed for automotive application.
• It improved performance of rubber parts such as cables, seals, gaskets or extruded hoses.

Vamac® Ultra DX for Fluid Resistance by Celanese is a high viscosity ethylene acrylic dipolymer grade. It exhibits good mold release. It allows production of enhanced AEM grades that have significantly improved compared to the existing standard Vamac® elastomers.

• It is suitable for processing by injection molding, extrusion, transfer- and compression molding.
• It is heat stabilized and offers improved processability, better & faster dispersion.
• It increases green strength of compounds which helps to avoid collapse during extrusion processes, and may help in applying reinforcement layers without cutting the inner tube by filaments.
• It has optimized polymer structure which ensures gains in physical properties.
• Vamac® Ultra DX for Fluid Resistance is designed for automotive application.
• It improved performance of rubber parts such as cables, seals, gaskets or extruded hoses.

Vamac® VMX5015 65-70 Shore A by Celanese is a colorable ethylene methylacrylate elastomer. It is heat stabilized and exhibits improved heat resistance. It is designed for compression molding. It offers superior performance and is relied on fillers like carbon black or silica to provide strength and stiffness for a finished article.

• It accelerate oxidative degradation.
• It is used in automotive applications such as turbocharger hose and molded air ducts, with specific advantages for seals and gaskets.
• It possesses significantly improved compressive stress relaxation properties in air, as well as in long term compression set.
• It also provides a route to bright colored finished articles having superior physical properties and heat aging resistance compared to mineral filled AEM compounds.
• It is available in bale form, and the natural color is opaque creamy white to light pink.
• Vamac® VMX5015 65-70 Shore A has significant benefit on long term compression set resistance, especially when tested using ISO buttons, or D214 O-rings.

Vamac® VMX5015 70-80 Shore A by Celanese is a colorable ethylene methylacrylate elastomer. It is heat stabilized and exhibits improved heat resistance. It is designed for compression molding. It offers superior performance and is relied on fillers like carbon black or silica to provide strength and stiffness for a finished article. It accelerate oxidative degradation.

• It is used in automotive applications such as turbocharger hose and molded air ducts, with specific advantages for seals and gaskets.
• It possesses significantly improved compressive stress relaxation properties in air, as well as in long term compression set.
• It also provides a route to bright colored finished articles having superior physical properties and heat aging resistance compared to mineral filled AEM compounds.
• It is available in bale form, and the natural color is opaque creamy white to light pink.
• Vamac® VMX5015 70-80 Shore A has significant benefit on long term compression set resistance, especially when tested using ISO buttons, or D214 O-rings.

Vamac® Ultra DX for Wire & Cables by Celanese is a high viscosity ethylene acrylic dipolymer grade. It It provides improved mold release. It is a high performance and heat stabilized grade.

• Exhibits improved processability, better & faster dispersion.
• It allows production of enhanced AEM grades that have significantly improved as compared to the existing standard Vamac® elastomers.
• It is designed for processing by extrusion.
• It is suitable for applying reinforcement layers without cutting the inner tube by filaments.
• It increases green strength of compounds which helps to avoid collapse during extrusion processes.
• It helps end-users evaluate the potential fitness of similar compounds for their own applications.
• Vamac® Ultra DX for Wire & Cables is designed for automotive application.
• It improved performance of rubber parts such as cables, seals, gaskets or extruded hoses.

Vamac® Ultra DX Carbon Black compound by Celanese is a carbon black, filled, high viscosity ethylene acrylic dipolymer grade. It exhibits good low temperature performance and good mold release. It allows production of enhanced AEM grades that have significantly improved compared to the existing standard Vamac® elastomers.

• It is suitable for processing by extrusion, transfer- and compression molding.
• It impacts the cure speed and crosslink density of peroxide cure systems.
• It provides heat resistance and offers improved processability, better & faster dispersion.
• It increases green strength of compounds which helps to avoid collapse during extrusion processes, and may help in applying reinforcement layers without cutting the inner tube by filaments.
• It has optimized polymer structure which ensures gains in physical properties.
• Vamac® Ultra DX Carbon Black compound is designed for automotive application.
• It improved performance of rubber parts such as cables, seals, gaskets or extruded hoses.

Vamac® Ultra DX with Peroxide by Celanese is a high viscosity ethylene acrylic dipolymer grade. It It provides improved mold release. It is a high performance and heat stabilized grade.

• Exhibits improved processability, better & faster dispersion.
• It allows production of enhanced AEM grades that have significantly improved as compared to the existing standard Vamac® elastomers.
• It increases green strength of compounds which helps to avoid collapse during extrusion processes.
• It helps end-users evaluate the potential fitness of similar compounds for their own applications.
• It is designed for processing by extrusion.
• It is suitable for applying reinforcement layers without cutting the inner tube by filaments.
• Vamac® Ultra DX with Peroxide is designed for automotive application.
• It improved performance of rubber parts such as cables, seals, gaskets or extruded hoses.