silicone rubber products

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thermal gel k=5.0

Negotiated

Thermal Gel K=5. 0
Features Thermal conductivity 5.0W/mK Low thermal resist
post: Oscar@glpoly

thermal gel k=6.0

Negotiated

Thermal Gel K=6. 0
Features Thermal conductivity 6.0W/mK Low thermal impeda
post: Oscar@glpoly

thermal gel k=8.0

Negotiated

Thermal Gel K=8. 0
Features Thermal conductivity 8.0W/mK Wet out surface, n
post: Oscar@glpoly

thermal gel k=3.2

Negotiated

Thermal Gel K=3. 2
Features High thermal performance Low thermal resistance
post: Oscar@glpoly

thermal pad for ev battery pack cooling

Negotiated

Thermal pad for EV battery pack cooling
Features Excellent compressible Conformable, low hardnes
post: Oscar@glpoly

low density thermal pad for ev battery cooling k=2.0

Negotiated

Low density thermal pad for EV battery cooling K=2. 0
Features Low density, lightweight Conformable, low hardn
post: Oscar@glpoly

low density thermal pad for ev battery cooling k=1.5

Negotiated

Low density thermal pad for EV battery cooling K=1. 5
Features Low density, lightweight Conformable, low hardn
post: Oscar@glpoly

low density thermal pad for ev battery cooling k=1.0

Negotiated

Low density thermal pad for EV battery cooling K=1. 0
Features Low density, lightweight Conformable, low hardn
post: Oscar@glpoly

thermal gap filler k=1.5

Negotiated

Thermal Gap Filler K=1. 5
Features Thermal conductivity 1.5W/mK Conforming, ideal
post: Oscar@glpoly

thermal gap filler k=2.5

Negotiated

Thermal Gap Filler K=2. 5
Features High performance Conforming, ideal for delicate
post: Oscar@glpoly

thermal gap filler k=3.0

Negotiated

Thermal Gap Filler K=3. 0
Features Thermal conductivity 3.0W/mK Conforming, ideal
post: Oscar@glpoly

thermal gap filler k=4.0

Negotiated

Thermal Gap Filler K=4. 0
Features Thermal conductivity 4.0W/mK Conforming, ideal
post: Oscar@glpoly

two-part thermal gap filler

Negotiated

TWO-PART THERMAL GAP FILLER
Features Thermal conductivity 2.0W/mK Conforming, ideal
post: Oscar@glpoly

phase change materials k=1.5

Negotiated

Phase Change Materials K=1. 5
Features High performance Low thermal impedance Can b
post: Oscar@glpoly

phase change material k=2.0

Negotiated

Phase Change Material K=2. 0
Features High performance Low thermal impedance Can b
post: Oscar@glpoly

phase change material k=3.4

Negotiated

Phase Change Material K=3. 4
Features High performance Low thermal impedance Can b
post: Oscar@glpoly

printable phase change material k=3.4

Negotiated

Printable Phase Change Material K=3. 4
Features High performance Low thermal impedance Can b
post: Oscar@glpoly

phase change material k=2.5

Negotiated

Phase Change Material K=2. 5
Features High performance Low thermal impedance Can b
post: Oscar@glpoly

phase change material k=3.5

Negotiated

Phase Change Material K=3. 5
Features High performance Low thermal impedance Can b
post: Oscar@glpoly

phase change material k=1.6

Negotiated

Phase Change Material K=1. 6
Features High performance Low thermal impedance Can b
post: Oscar@glpoly