Product Watch

When it comes to cleaning in aviation, precision is key. Whether you’re removing grease from an aircraft engine or prepping a wing for painting, the choice of solvent plays a pivotal role in ensuring effective cleaning. But there’s an often-overlooked partner in this process: the cleaning cloth. While solvents get much of the attention for their role in b...

In the world of modern digital music, Bluetooth speakers are no longer just tools for playing music; they have become symbols of modern lifestyle. However, as features and sound quality improve, the heat generated during the operation of Bluetooth speakers has been steadily increasing, which directly impacts the performance and lifespan of the devices.

Polyonics has developed a growing family of coated polyimide and other materials utilized by the electronics and PCB manufacturing industry.

Master Bond Supreme 11AOHT-LO is a thermally conductive, electrically insulating epoxy for high performance bonding and sealing that withstands temperatures up to +400°F and meets NASA low outgassing requirements.

Pyroid® pyrolytic graphite is a "five-nine" purity carbon product grown atom-by-atom that offers unique thermal, electrical, and chemical properties including near-zero porosity and a very low erosion rate.

Simichrome is simply the finest all-metal polish you can buy. Since it is a concentrated polishing paste, use Simichrome sparingly because a little goes a long way. Simichrome polished to a deep luster and leaves a thin protective coating to prevent further tarnishing and helps keep the shine longer.

In modern laptop design, thermal silicone pads play a crucial role in optimizing the thermal management system. These materials are placed between major heat sources such as the processor (CPU) and graphics processor (GPU) and the cooling system, filling gaps to facilitate efficient heat transfer.

In the design and manufacturing of optical precision equipment, temperature management is a crucial factor in ensuring performance and accuracy. While traditional thermal interface materials, particularly silicone-based thermal pads, effectively conduct heat, they pose a risk of silicone oil migration.