Products

Laur Silicone L-560 offers outstanding thermal stability. It was designed to offer high heat transfer without compromising heat stability. The Laur L-5XX series is intended for use with a post cure. Long autoclave cure cycles often used in the roller industry may enable the cured silicone to not require a post-cure. Sheet stock should be post cured. The material is designed to be self- bonding. However, in most applications the use of a primer will improve bond pertormance.

Laur Silicone L-1890E offers outstanding thermal conductivity. It was designed for maximum heat transfer while retaining good heat stability. The Laur 18XXE series does not require a post-cure. The material is designed to be self-bonding. However, in most applications, the use of a primer will improve bond performance.

Laur Silicone L-580 offers outstanding thermal stability. It was designed to offer high heat transfer without compromising heat stability. The Laur L-5XX series is intended for use with a post cure. Long autoclave cure cycles often used in the roller industry may enable the cured silicone to not require a post-cure. Sheet stock should be post cured. The material is designed to be self- bonding. However, in most applications the use of a primer will improve bond pertormance.

Laur Silicone L-550 offers outstanding thermal stability. It was designed to offer high heat transfer without compromising heat stability. The Laur L-5XX series is intended for use with a post cure. Long autoclave cure cycles often used in the roller industry may enable the cured silicone to not require a post-cure. Sheet stock should be post cured. The material is designed to be self- bonding. However, in most applications the use of a primer will improve bond pertormance.

Laur Silicone L-1880E offers outstanding thermal conductivity. It was designed for maximum heat transfer while retaining good heat stability. The Laur 18XXE series does not require a post-cure. The material is designed to be self-bonding. However, in most applications, the use of a primer will improve bond performance.

Laur Silicone RVG-260 is a general-purpose, economical roller compound that offers well-finished roll properties and good thermal stability. The Laur RVG-2XX series is intended for use with a post-cure. Long autoclave cure cycles often used in the roller industry may eliminate the need for a post-cure. This series of materials provides film release and intermediate heat transfer properties. They normally are supplied in strip form, but it is possible to provide custom packaging to meet specific needs.

Laur Silicone RVG-250 is a general-purpose, economical roller compound that offers well-finished roll properties and good thermal stability. The Laur RVG-2XX series is intended for use with a post-cure. Long autoclave cure cycles often used in the roller industry may eliminate the need for a post-cure. This series of materials provides film release and intermediate heat transfer properties. They normally are supplied in strip form, but it is possible to provide custom packaging to meet specific needs.

Laur Silicone L-570 offers outstanding thermal stability. It was designed to offer high heat transfer without compromising heat stability. The Laur L-5XX series is intended for use with a post cure. Long autoclave cure cycles often used in the roller industry may enable the cured silicone to not require a post-cure. Sheet stock should be post cured. The material is designed to be self- bonding. However, in most applications the use of a primer will improve bond pertormance.

Laur Silicone L-1860E offers outstanding thermal conductivity. It was designed for maximum heat transfer while retaining good heat stability. The Laur 18XXE series does not require a post-cure. The material is designed to be self-bonding. However, in most applications, the use of a primer will improve bond performance.

Laur Silicone RVG-270 is a general-purpose, economical roller compound that offers well-finished roll properties and good thermal stability. The Laur RVG-2XX series is intended for use with a post-cure. Long autoclave cure cycles often used in the roller industry may eliminate the need for a post-cure. This series of materials provides film release and intermediate heat transfer properties. They normally are supplied in strip form, but it is possible to provide custom packaging to meet specific needs.

Laur Silicone L-1850E offers outstanding thermal conductivity. It was designed for maximum heat transfer while retaining good heat stability. The Laur 18XXE series does not require a post-cure. The material is designed to be self-bonding. However, in most applications, the use of a primer will improve bond performance.

Laur Silicone RVG-280 is a general-purpose, economical roller compound that offers well-finished roll properties and good thermal stability. The Laur RVG-2XX series is intended for use with a post-cure. Long autoclave cure cycles often used in the roller industry may eliminate the need for a post-cure. This series of materials provides film release and intermediate heat transfer properties. They normally are supplied in strip form, but it is possible to provide custom packaging to meet specific needs.

Laur Silicone L-1870E offers outstanding thermal conductivity. It was designed for maximum heat transfer while retaining good heat stability. The Laur 18XXE series does not require a post-cure. The material is designed to be self-bonding. However, in most applications, the use of a primer will improve bond performance.