Thermal interface materials
Gap fillers (1.0–8.0 W/m·K), pads, putties, and dispensable TIMs that bridge components to shields and chassis across gaps from 0.3 mm to 5.0 mm, at compression forces low enough to protect fine-pitch BGAs.
Gap fillers and encapsulants for consumer and industrial electronics, thermal and protective materials that fit dense, miniaturised assemblies.
A flagship smartphone SoC dissipates 8–12 W in a chassis only 7 mm thick. A compact industrial gateway packs an edge-AI accelerator, cellular modem, and power supply into a fanless IP67 enclosure. In both cases, thermal gap fillers have to bridge irregular gaps as small as 0.3 mm at compression forces low enough not to crack BGAs, while surviving drop tests, vibration, and years of thermal cycling.
HeTone supplies a full line of ultra-soft gap fillers (as low as 5 psi deflection), EMI/thermal absorbers, dispensable TIMs, and protective encapsulants from Bergquist, Parker Chomerics, and Henkel, matched to your assembly process, gap tolerance, and form factor from prototype through high-volume production.
Licensed materials, the components around them, and the engineering to sign the system off.
Gap fillers (1.0–8.0 W/m·K), pads, putties, and dispensable TIMs that bridge components to shields and chassis across gaps from 0.3 mm to 5.0 mm, at compression forces low enough to protect fine-pitch BGAs.
Combined EMI/thermal absorbers that handle interference and heat in one layer, plus conformal coatings and encapsulants that protect boards from moisture, dust, and chemical exposure in harsh environments.
Material selection, dispensing pattern design, and compression-stack analysis that fit your assembly line, from engineering samples through million-unit production with consistent thermal performance.
Representative materials we supply for this domain, the exact set is qualified to your design.
Tell us your application and constraints, we will qualify a material system for it.