TIR700-35 Lamina Graphitis Thermica
- Hardness （Shore oo）
- 65 ±10
- Density (g/cm³）
- 2.8
- Thickness Range (inch/mm)
- 0.012"~0.200" / 0.30~5.00mm
- Conductivitas Thermica (W/m·K)
- 35.0
TIR®700-35 Series Carbon Fiber Thermal Pad
TIR®700-35 Series is a high-efficiency carbon fiber thermal pad that combines high thermal conductivity carbon fiber with polymer silicone material. Using advanced technology, the carbon fibers are vertically aligned to achieve excellent heat transfer performance, effectively reducing interface thermal resistance and improving cooling efficiency. It features ultra-thin, lightweight design and mechanical flexibility, making it suitable for applications that require high heat dissipation while demanding good mechanical strength of the material.
TIR700-35 — what to validate in production
Alta conductivitas thermica
Excellent mechanical properties
Outstanding weather stability
Safe and reliable
TIR®700-35 Carbon Fiber Thermal Pad | 35 W/m·K High Conductivity Gap Pad
TIR®700-35 is a high-efficiency carbon fiber thermal pad with 35 W/m·K conductivity,Ideal for laptop CPUs, power battery packs, automotive and aerospace electronics.
Ministratores · GPU · Acceleratores · DIMM
Servitores Centri Datorum & AI
Silicium fluminis magni et PCB densae — lineae iunctionis CPU/GPU, interfacies VRM/DIMM/NIC, et viae laminae frigidae acceleratoris. Gradum ad vim fibulae, impedientiam TIM, et cadentiam refabricationis accommoda.
Actuatores · IGBT · moderatores · sensores
Instrumenta Electrica & Systemata Moderaminis
Moderamina industrialia, impulsores motorum, IGBTs gradus potentiae, et moduli robusti — interfacies thermicae, obsignatio, et incapsulatio factae ad congeries operabiles et ambitus asperos.
TIR700-35 — specificationes folii
Valores infra ex folio specificationum officiali transcripti sunt. Utere PDF nexo ad approbationem et CoA proprium lotis.
Auxilium machinatorium pro applicatione roga| Parametrum | Valor (usitatus / ut declaratum) | Methodus / nota |
|---|---|---|
| Color | Griseus | Aspectus |
| Compositio | Carbon fiber filled filicone fubber | ZKTM J024 |
| Thickness Range (inch/mm) | 0.012~0.200" /0.30~5.00mm | ASTM D374 |
| Duritia (Shore OO) | 65±10 | ASTM D2240 |
| Density (g/cm³ ) | 2.8 | ASTM D792 |
| Recommended Operating Temperature (°C) | -40～200 | ZKTM J025 |
| Conductivitas Thermica (W/m·K) | 35.0 | ASTM D5470 |
| Specific Heat Capacity (J/g·°C) @25℃ | 0.77 | ASTM E1269 |
| Gradus Flammae | V-0 | Equivalent to UL94 |
* Adaequate valores ad recognitionem PDF citatam in ordine emptionis vestro.
Exemplaria Lamina graphitis thermica affinia
| Exemplar | Crassitudo | Conductivitas X-Y | Vide |
|---|---|---|---|
| TIR300 | 0.012~0.040 mm | 1200~1700 W/m·K | Particularia |
| TIR300AL | 0.050~0.080 mm | 450 W/m·K | Particularia |
| TIR300C | 0.040~0.080 mm | 700 W/m·K | Particularia |
| TIR300CU | 0.060~0.080 mm | 320 W/m·K | Particularia |
| TIR300G | 0.005~0.15 mm | 2.0 W/m·K | Particularia |
| TIR300L-A1 | 0.15 mm | 2.5 W/m·K | Particularia |
| TIR600 | 0.127~0.508 mm | 240 W/m·K | Particularia |
TIR700-35 — quaestiones communes
TIM alterius venditoris substituis vel recensione strati eges? Mitte designationes — sectio applicationum celeriter respondet.
Colloquere cum machinatoreWhat is a carbon fiber thermal pad?
A carbon fiber thermal pad is a thermal interface material (TIM) in which high-conductivity carbon fibers are vertically embedded in a silicone matrix. Unlike conventional silicone-based gap pads, the aligned fibers channel heat directly through the thickness, delivering much higher through-plane conductivity (up to 35 W/m·K here) at lower bond lines.
Is TIR® 700-35 electrically insulating?
No. This product is **electrically conductive**. The carbon fibers make it thermally super-conductive but also electrically conductive, so it must not be placed between points that require electrical isolation. If your design needs both thermal and electrical insulation, ask us about our silicone/ceramic insulating TIM series instead.
What is the difference between a carbon fiber pad and a standard silicone thermal pad?
Standard silicone gap pads usually reach 1–16 W/m·K and are electrically insulating. Carbon fiber pads reach far higher conductivity (35 W/m·K) at thinner bond lines, but are conductive and generally denser (2.8 g/cm³) and stiffer. Choose carbon fiber when maximum heat extraction at a thin gap is the priority and no isolation is needed.
What thicknesses are available?
Standard thickness ranges from 0.30 mm (0.012") to 5.00 mm (0.200"), in the standard sheet size of 5" × 6" (127 × 152.4 mm). Custom thicknesses, die-cut shapes and forms are available on request.
Proxima solutio thermalis tua hic incipit.
A prototypo rapido ad productionem plenam — ingeniarii nostri parati sunt ad solutionem thermalem personalizatam pro applicatione tua designandam. Confisum a 7,000+ clientibus per EV, 5G, et electronica consumptoria.