Parker Chomerics

Choosing the right EMI shielding and thermal interface materials (TIMs) is critical for space applications like satellites, rockets, and telescopes. These materials must withstand fluctuating pressures, high radiation exposure, and adhere to NASA's stringent regulations. Key Factors: - Outgassing: Measured by ASTM E595, ensuring minimal release of volatile materials. - Light-weighting: Reducing vehicle weight for better payloads and lower fuel costs. - Radiation Exposure: Selecting materials that can withstand high radiation levels. - Metal Degradation: Preventing corrosion and whiskering through proper coatings. - Material Fatigue: Ensuring materials endure extreme stress and temperature changes. Parker Chomerics offers a range of solutions, including thermal gap filler pads, thermal gels, and the trusted CHO-THERM® 1671 pad, to meet these needs. Discover more at https://prker.co/3WT84qC #ParkerChomerics #AerospaceEngineering

Discover Parker Chomerics' innovative plastic cooling solution for electric motors. Designed to fit tight spaces, reduce weight, and enhance performance. Our laser welding and automated quality checks ensure zero defects and high reliability. https://prker.co/3UPlAZz #ElectricMotors #EVOnward

Discover how electrically conductive gaskets elevate EMI shielding & bonding in electronic enclosures! Learn more about enhancing connections for optimal performance. https://prker.co/3wDxVYE

As electronics get faster and more powerful, high-frequency EMI shielding becomes more important than ever. Learn how these dynamics impact data centers and servers and how high-performing gasketing options make all the difference. https://prker.co/3zCysvf

Unlock the potential of your aerial drones with SOFT-SHIELD® gaskets from Parker Chomerics. Ensure top-notch thermal management and EMI shielding for optimal performance and safety. https://prker.co/4dJZmAL #EMIShielding

As the automotive industry moves toward more automated, connected vehicles, engineers are challenged to identify technologies that can process and transfer large volumes of data in real-time without adding significantly to the price of the vehicle. https://prker.co/3xO6KdK #EVOnward

Discover THERM-A-GAP PAD 80: The highest thermal conductivity thermal interface material gap filler pad from Parker Chomerics with 8.3 W/m-K thermal conductivity. Designed for electronic devices with uneven surfaces and air gaps, PAD 80 serves as a reliable thermal interface between heat sinks and heat generating components. Its low compression forces and conformability guarantee seamless mating surfaces. Available in standard thicknesses ranging from 0.020” to 0.200” (0.50mm to 5.1mm), PAD 80 can be tailored to your specific needs, whether in sheets or custom part sizes. Plus, with an aluminum foil carrier featuring pressure sensitive adhesive (PSA), assembly becomes effortless with added adhesive strength. Upgrade your thermal management strategy with THERM-A-GAP PAD 80 from Parker Chomerics. Get a free sample now: https://prker.co/3I9vMWQ #ThermalInterface #Electronics #Innovation

Parker Chomerics THERM-A-GAP GEL 75 is a high-performance, dispensable thermal interface material with 7.5 W/m-K thermal conductivity. Part of a family of one-component dispensable gap fillers, THERM-A-GAP GEL 75 was developed to conduct heat from electronics to a heat sink or enclosure. https://prker.co/43YfYQV

Parker Chomerics CHO-SEAL 6750 is a low durometer, nickel-graphite filled fluorosilicone EMI shielding material. CHO-SEAL 6750’s high temperature capability and chemical resistance makes it a good choice for environmental sealing and shielding. https://prker.co/443m0zx

Introducing Parker Chomerics THERM-A-GAP GEL 35VT! - Reworkable - One-component silicone - 3.5 W/m-K thermal conductivity Perfect for vertical & high-vibration setups, with long-term reliability tested for mission-critical performance. Easy to apply, no mixing needed! Ideal for high-performance electronics. Get a free sample now: https://prker.co/3T9v0zf #ThermalInterface #Electronics #Innovation