Rubber O Ring

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Oring Made From Rubber Compound                    

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

rubber oring made from NBR rubber compound                          

White Grommet Made from Rubber Compound                 

White Grommet Made from Rubber Compound                 

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

                                

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Rubber Oring Made From NBR Rubber Compound                 

Rubber oring Made From NBR rubber                  

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.

Silicone will remain constant even at high temperatures, although high-pressure steam shouldn't be employed with it. Additionally, silicone is resistant to ultraviolet light, ozone, seawater, and weathering. Silicone has great resistance to heat (dry air), operating intermittently at +200°C and staying flexible at -70°C. Furthermore, silicone has minimal flammability and smoke toxicity.