Thin Film Silicone Rubber
Features
Thin Film with High Conductivity, Electric Isolation, and Non-Flammable
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Has a thermal conductivity and excellent electrical insulation properties
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Available for Tubes, Tapes, Cases and Die-cut Gaskets shapes to meet various application
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GTR, GHR: Heat conductive silicone rubber within Glass Fiber Cloth has excellent mechanical and physical characteristics
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YR-d: Comes by a sheet and available with a custom shape through die-cut process; made from Silicone rubber, good reliability through long term use
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UL94 V-0
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Available with an Adhesive option
CONFIGURATION:
SARCON Thin Film's versatility in thermal management applications is doubly enhanced by way of the variety of end-use configurations possible, and the many standard material formulations available in each.
The silicone rubber based materials offer other useful elements such as electrical insulation, protective covering and gasketing as integral features in most designs.
Tube shapes available in three thicknesses. The flexible structures conform to most applications. All standard items in stock; custom lengths and diameters available.
GTR-AD
Pressure Sensitive Adhesive on One Side
SARCON GTR is available with a PSA (Pressure Sensitive Adhesive) mounting option, simply remove the protective liner and press into position to attach.
Thermal Conductivity (W/m-K):
0.9
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.15 - .3
GTR-AD
Pressure Sensitive Adhesive on One Side
SARCON GAR is available with a PSA (Pressure Sensitive Adhesive) mounting option, simply remove the protective liner and press into position to attach.
Thermal Conductivity (W/m-K):
0.9
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.15 - .3
GTR
No Adhesive Coating
Thermally conductive sheet/roll shaped material with reinforcement which coated SARCON TR to Glass Fabric for excellent mechanical and physical characteristics.
Thermal Conductivity (W/m-K):
0.9
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.15 - .3
TR
No Adhesive Coating
Fine heat conductive particles are mixed with insulative silicone rubber to produce this excellent insulative, high heat conductive silicone material: 1.2W/m-K (by Hot Wire).
Thermal Conductivity (W/m-K):
1.2
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.2 - .45
GHR-AD
Pressure Sensitive Adhesive on One Side
SARCON GHR is available with a PSA (Pressure Sensitive Adhesive) mounting option, simply remove the protective liner and press into position to attach.
Thermal Conductivity (W/m-K):
1.4
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.15 - .3
GHR
No Adhesive Coating
Thermally conductive sheet/roll shaped material with reinforcement which coated SARCON HR to Glass Fabric for excellent mechanical and physical characteristics.
Thermal Conductivity (W/m-K):
1.4
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.2 - .3
HR
No Adhesive Coating
Fine heat conductive particles are mixed with insulative silicone rubber to produce this excellent insulative, high heat conductive silicone material: 1.7W/m-K (by Hot Wire).
Thermal Conductivity (W/m-K):
1.7
Available in homogenous thickness starting at (mm):
For thicker options contact us.
.3 - .85
YR-a
No Adhesive Coating
Fine heat conductive particles are mixed with insulative silicone rubber to produce this excellent insulative, high heat conductive silicone material: 2.2W/m-K (by Hot Wire).
Thermal Conductivity (W/m-K):
2.2
Available in homogenous thickness starting at (mm):
For thicker options contact us.
2.2
GAR
No Adhesive Coating
Fine heat conductive particles are mixed with insulative silicone rubber to produce this excellent insulative, high heat conductive silicone material within Glass Fiber Cloth: 3.0W/m-K (by Hot Wire).
Thermal Conductivity (W/m-K):
3
Available in homogenous thickness starting at (mm):
For thicker options contact us.
3
YR-d
No Adhesive Coating
Fine heat conductive particles are mixed with insulative silicone to produce this excellent insulative, high heat conductive silicone material: 3.4W/m-K (by Hot Disk).
Thermal Conductivity (W/m-K):
3.4
Available in homogenous thickness starting at (mm):
For thicker options contact us.
3.4
Find Your Gap Filler
You Selected:
30GTR-AD
Product Image | Product Name | Thermal Conductivty (W/m-K) | Construction | Thickness (mm) | Color | TDS Download |
|---|---|---|---|---|---|---|
30GTR-AD | 0.9 | Pressure Sensitive Adhesive on One Side | 0.3 | Greenish Gray | TDS Download | |
20GTR-AD | 0.9 | Pressure Sensitive Adhesive on One Side | 0.2 | Greenish Gray | TDS Download | |
15GTR-AD | 0.9 | Pressure Sensitive Adhesive on One Side | 0.15 | Greenish Gray | TDS Download | |
15GTR | 0.9 | No Adhesive Coating | 0.15 | Greenish Gray | TDS Download | |
30GTR | 0.9 | No Adhesive Coating | 0.3 | Greenish Gray | TDS Download | |
20GTR | 0.9 | No Adhesive Coating | 0.2 | Greenish Gray | TDS Download | |
20T | 1.2 | No Adhesive Coating | 0.2 | Greenish Gray | TDS Download | |
30T | 1.2 | No Adhesive Coating | 0.3 | Greenish Gray | TDS Download | |
85T | 1.2 | No Adhesive Coating | 0.85 | Greenish Gray | TDS Download | |
45T | 1.2 | No Adhesive Coating | 0.45 | Greenish Gray | TDS Download | |
15GHR-AD | 1.4 | Pressure Sensitive Adhesive on One Side | 0.15 | Brown | TDS Download | |
30GHR-AD | 1.4 | Pressure Sensitive Adhesive on One Side | 0.3 | Brown | TDS Download | |
20GHR-AD | 1.4 | Pressure Sensitive Adhesive on One Side | 0.2 | Brown | TDS Download | |
15GHR | 1.4 | No Adhesive Coating | 0.15 | Brown | TDS Download | |
20GHR | 1.4 | No Adhesive Coating | 0.2 | Brown | TDS Download | |
30GHR | 1.4 | No Adhesive Coating | 0.3 | Brown | TDS Download | |
85H | 1.7 | No Adhesive Coating | 0.85 | Brown | TDS Download | |
45H | 1.7 | No Adhesive Coating | 0.45 | Brown | TDS Download | |
30H | 1.7 | No Adhesive Coating | 0.3 | Brown | TDS Download | |
20YR-a | 2.2 | No Adhesive Coating | 0.2 | Dark Gray | TDS Download | |
45YR-a | 2.2 | No Adhesive Coating | 0.45 | Dark Gray | TDS Download | |
30YR-a | 2.2 | No Adhesive Coating | 0.3 | Dark Gray | TDS Download | |
85YR-a | 2.2 | No Adhesive Coating | 0.85 | Dark Gray | TDS Download | |
30GAR | 3 | No Adhesive Coating | 0.3 | White | TDS Download | |
45GAR | 3 | No Adhesive Coating | 0.45 | White | TDS Download | |
20GAR | 3 | No Adhesive Coating | 0.2 | White | TDS Download | |
30YR-d | 3.4 | No Adhesive Coating | 0.3 | Gray | TDS Download | |
45YR-d | 3.4 | No Adhesive Coating | 0.45 | Gray | TDS Download | |
20YR-d | 3.4 | No Adhesive Coating | 0.2 | Gray | TDS Download |
Custom Thickness Available. Request in Below From.
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Can Fujipoly recommend dispensing equipment for your application?Yes, FUJI POLY can assist in suggesting the appropriate equipment for dispensing. Please contact us for more details.
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What Is the recommended gap distance range?It depends on the application, but it is recommended to use it with a gap of about 0.3 mm.
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Does FUJIPOLY offer non-silicone for in place?Yes, the SPG-NS series is a non-silicone type product. Click Here to Learn more
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What type of packaging is provided?We can supply syringes, pail cans, cartridges and customized packaging according to the application.
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Will it deform when attached to a component?As it is a very soft product, it can be deformed.
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What is the maximum thermal conductivity of Putty sheet types?It is 13.0 W/m-K of SARGON PG130A(Hot Disk method).
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How much pressure/compression is needed for the material to work adequately?Heat is transferred if there is contact, but we recommend a compression rate of about 30%. (Even if it is compressed by 30% or more, it can be used depending on the load capacity such as heat source.)
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Can Putty sheet types be reused?We do not recommend reusing Putty sheet type due to the delicate nature of the material.
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What is the difference between Putty sheet type and Gel sheet type?Putty sheet type have excellent conformability and the ability to cover parts with varying heights. Gel sheet type has some resilience and excellent workability.
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Is the EM noise suppression type conductive? Is the EM noise suppression type an insulator?As a product, 100,000,000 [Ohm-m] or more is generally regarded as an insulator, but the composition uses conductive ferrite and iron powder.
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What is the difference between electromagnetic shielding and electromagnetic suppression?The electromagnetic wave shield is a type that mainly uses the reflection characteristics of electromagnetic waves to prevent electromagnetic waves. The electromagnetic wave suppression (absorption) is a type that converts the energy of electromagnetic waves into heat, and suppresses (absorbs) electromagnetic waves. Electromagnetic wave suppression (absorption) is roughly divided into dielectric loss type and magnetic loss type. Our electromagnetic wave suppression is classified into magnetic loss type. However, it is also called an electromagnetic wave shield by combining electromagnetic wave shield and electromagnetic wave suppression (absorption).
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What is the flller that gives the electromagnetic wave suppression characteristics?The inhibitory effect is given by ferrite and iron powder.
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How do you select the type of material?You should consider the thickness, thermal conductivity, hardness, and compatibility with the parts to be contacted.
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Will Gel type material exhibit any oil bleeding? What is the oil that seeps out if oil bleeding occurs and what are the effects?Yes, all Gel sheet type will exhibit some Silicone oil bleeding. The oil that seeps out is dimethyl silicone oil. Dimethyl silicone oil is chemically stable and does not corrode the substrate.
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What are the Ingredients of the filler?Ceramic-based thermally conductive fillers such as aluminum oxide are used to ensure electrical insulation.
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What Is the maximum thermal conductivity of Gel sheet types?It is 13.0 W/m-K of SARCON GR130A(Hot Disk method).
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What Is the difference between a Gel sheet type and a putty sheet?Gel sheet type have some resilience and excellent workability. Putty sheet types have excellent conformability, and the ability to cover parts with varying heights.
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How much pressure/compression is needed for the material to work adequately?Heat is transferred when there is contact, but we recommend a compression rate of about 30%.
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Are there any Low-molecular Siloxane free products?Since our products are configured for Low-molecular Siloxane reduction, outgassing is minimal. We also have a lineup of non-silicone materials, such as SARCON NR-c.
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What is the maximum thermal conductivity of Rubber types?It is 3.4 W/m-K of SARCON YR-d (Hot Disk method).
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What percentage of compression is needed for Rubber type materials?Rubber type materials are not meant to be compressed by percentage. Best practice is by applying pressure via screws or springs.
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What is the difference in characteristics between products with and without glass cloth reinforcement?Products reinforced with glass cloth (GTR, GHR, etc.) are characterized by high mechanical strength. The product form is a sheet. On the other hand, products that are not reinforced with glass cloth (TR, HR, etc.) can be tape-shaped, press-molded, and extruded into irregular shapes, and are characterized by high workability.
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Thermal resistance depends on pressure, but is thermal transferred even if the pressure is low?Although heat is transferred even when the pressure is low, it is more effective to increase the pressure to reduce the thermal resistance. For details, see the Pressure versus Thermal resistance data on P13.
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Do these contain low molecular weight siloxane?Since it is a silicone rubber, it is contained, but the components that easily volatilize are removed.
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How do Rubber types perform under low pressure?If you want to reduce the thermal resistance, it is recommended to apply a higher pressure.
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What are non-silicone materials made from and what is the difference compared to silicone products?The material has an acrylate Resin. Regarding the difference, the recommended operating temperature for the non-silicone type is -40°C to 105°C, compared to silicone type -40°C to 150°C.
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How do I find a product?Click here: https://mscwebpreview.wixsite.com/fujipoly-america/products
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How do I contact Fujipoly America?Fujipoly America Corp. 900 Milik Street P.O. Box 119 • Carteret, NJ 07008-0119 tel: 732.969.0100 fax: 732.969.3311 e-mail: info@fujipoly.com web site: www.fujipoly.com ISO9001-2015
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When is your next trade show?Visit our Trade Show Schedule Page to catch us at our next event!
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What is SARCON®?SARCON® is an advanced silicone rubber with high thermal conductivity and superior flame-retardancy. By combining the inherent silicone rubber properties of heat resistance, electrical insulation and long-term aging into one compound, this universally applicable material can be made in an unlimited number of thermal management configurations.