<h1>Silicone Rubber (MQ, VMQ, PVMQ)</h1> Material Description Physically, silicones are based on silicon, an element derived from quartz. To create this class of synthetic elastomers, pendant organic groups such as methyl, phenyl and vinyl are attached to silicon atoms. Different additions of side chains can achieve significant variations in properties. Silicones have excellent heat, ozone and corona resistance and have good dielectric stability and resistance to many oils, chemicals and solvents. Silicones possess the best flexible property at low temperature but have low tensile strength and poor wear and tear resistance. Cure system: Peroxide-cured Standard silicone compounds are usually peroxide-cured. Platinum-cured compounds offer better flexible properties and very low volatile matter. Platinum-cured silicones usually are applied in medical systems or other required low volatile matter. However, they need to be produced in a clean room and with a higher cost of platinum catalyzer, making them more expensive than peroxide-cured ones. Temperature Range: Standard Low Temp: -60°C (-76°F) Standard High Temp: 225°C (437°F)

SKU: WS70020
Availability: OutOfStock

SKU: WS70020

Availability unavailable

Product Description

Silicone Rubber (MQ, VMQ, PVMQ)

Material Description

Physically, silicones are based on silicon, an element derived from quartz. To create this class of synthetic elastomers, pendant organic groups such as methyl, phenyl and vinyl are attached to silicon atoms. Different additions of side chains can achieve significant variations in properties. Silicones have excellent heat, ozone and corona resistance and have good dielectric stability and resistance to many oils, chemicals and solvents. Silicones possess the best flexible property at low temperature but have low tensile strength and poor wear and tear resistance.

Cure system: Peroxide-cured

Standard silicone compounds are usually peroxide-cured. Platinum-cured compounds offer better flexible properties and very low volatile matter. Platinum-cured silicones usually are applied in medical systems or other required low volatile matter. However, they need to be produced in a clean room and with a higher cost of platinum catalyzer, making them more expensive than peroxide-cured ones.

Temperature Range:

Standard Low Temp: -60°C (-76°F)
Standard High Temp: 225°C (437°F)

Specifications

Bag	0
Bags	5
Bore	0
Size	020
Color	White
Shaft	0
Width	0
Carton	0
Bore Mm	0
Cartons	35
Cut Type	O-Rings
Material	Silicone
Max Temp	0
Min Temp	0
Shaft Mm	0
Standard	AS568
Width Mm	0
Durometer	70
Max Speed	0
Shaft Max	0
Shaft Min	0
Cut Length	0
Bin Box Size	M
Export To Ad	No
Max Pressure	0
Shaft Max Mm	0
Shaft Min Mm	0
Cross Section	0.07
Outer Diameter	1.004
Inside Diameter	0.864
Cross Section Mm	1.78
Outer Diameter Mm	25.5
Inside Diameter Mm	21.95
Cross Section Nominal

Documentation

No documents available

Silicone 70 Duro O-Rings<h1>Silicone Rubber (MQ, VMQ, PVMQ)</h1> Material Description Physically, silicones are based on silicon, an element derived from quartz. To create this class of synthetic elastomers, pendant organic groups such as methyl, phenyl and vinyl are attached to silicon atoms. Different additions of side chains can achieve significant variations in properties. Silicones have excellent heat, ozone and corona resistance and have good dielectric stability and resistance to many oils, chemicals and solvents. Silicones possess the best flexible property at low temperature but have low tensile strength and poor wear and tear resistance. Cure system: Peroxide-cured Standard silicone compounds are usually peroxide-cured. Platinum-cured compounds offer better flexible properties and very low volatile matter. Platinum-cured silicones usually are applied in medical systems or other required low volatile matter. However, they need to be produced in a clean room and with a higher cost of platinum catalyzer, making them more expensive than peroxide-cured ones. Temperature Range: Standard Low Temp: -60°C (-76°F) Standard High Temp: 225°C (437°F)

<h1>Silicone Rubber (MQ, VMQ, PVMQ)</h1> Material Description Physically, silicones are based on silicon, an element derived from quartz. To create this class of synthetic elastomers, pendant organic groups such as methyl, phenyl and vinyl are attached to silicon atoms. Different additions of side chains can achieve significant variations in properties. Silicones have excellent heat, ozone and corona resistance and have good dielectric stability and resistance to many oils, chemicals and solvents. Silicones possess the best flexible property at low temperature but have low tensile strength and poor wear and tear resistance. Cure system: Peroxide-cured Standard silicone compounds are usually peroxide-cured. Platinum-cured compounds offer better flexible properties and very low volatile matter. Platinum-cured silicones usually are applied in medical systems or other required low volatile matter. However, they need to be produced in a clean room and with a higher cost of platinum catalyzer, making them more expensive than peroxide-cured ones. Temperature Range: Standard Low Temp: -60°C (-76°F) Standard High Temp: 225°C (437°F)

SKU: WS70020

Availability unavailable