With heat issues limiting power device performance and growth, we have developed a derivative of our material branded as Pyroid® HT Pyrolytic Graphite material that offers heat spreaders and sink thermal conductivity up to 4 times (1700 W/m°K) that of copper at only a quarter of the weight. (read more)

Pyrolytic Graphite exhibits the lowest erosion rate of any known material, even in extreme working conditions such as in ion bombardment or in plasma applications. (read more)

FIREX™ coatings are used to "buy time" ... critical time... for the containment and suppression of thermal threats to personnel, equipment, and structures. (read more)

• Discover a thermal management material solution that provides thermal conduction without the "diamond" price
• Understand why Pyroid® HT material solutions are ideal for high-volume production and provide economic value at the device assembly level
• Learn how to optimize heat sinks and spreaders with the Pyroid® HT software modeling tool

• High hardness next to diamond.
• Extremely wear and abrasion resistance.
• High flexural strength at room or high temperature.
• Excellent thermal shock resistance due to its low thermal expansion and high thermal conductivity.
• Excellent corrosion resistance.
• High temperature resistance

Discover a thermal management material solution that provides "diamond like" thermal conduction without the "diamond" price (read more)

• Highest Purity
• Highest Uniformity
• Highest Thermal Stability

Using Pyroid® Protective Coatings for Carbon and Graphite surfaces ensures uniform heat distribution in the resulting in superior quality and increased productivity Semiconductor and UV producers. (read more)

High-purity pyrolytic graphite provides innovative solutions for semiconductor applications
Pyrolytic Graphite is easily machined, the material can be manufactured into complicated parts with close tolerances, supplied with a high level of surface finish, flatness or a defined surface roughness. (read more)

Pyroid^® HT PG thermal management material is an economical, high performance thermal managment solution available in sheets or shapes. Pyroid^® HT heat spreader material - better performance! (read more)

The new Thermal Protection System: Firex™ Material and Aerobotix Application
The Pentagon is asking manufacturers to accelerate hypersonic weapons development. Minteq International the manufacturer of Firex™ teamed up with Aerobotix applying Firex™, to support this need. (read more)

Save the Die with Pyroid® HT pyrolytic graphite thermal spreaders (read more)

The Pyrogenics Group is a technological leader in the realm of specialized fire and thermal protection coatings. Pyrogenics FIREX™ coatings have provided fire and thermal protection for personnel and property for over 30 years. (read more)

Plastic and other injection mold applications are able to process melt temperatures as high as 650°C (1200°F) with air or water cooling. Using our material as a mold or fixture provides extremely uniform temperatures across part surfaces allowing for near net shape production. (read more)

FIREX™ RX 2373 is a two part epoxy resin system capable of application through screeding, trowel or injection molding. Pot life and cure time are adjustable with the addition of small amounts of solvent and the material cures at room temperature to a final density of 0.045 (1.245 g/cc). (read more)

Pyrolytic Graphite can be easily machined and the material can be routinely manufactured into complicated parts with close tolerances. Pyrolytic Graphite is can be supplied with a high level of surface finish, flatness or a defined surface roughness. (read more)

FIREX™ coatings are used to "buy time" ... critical time... for the containment and suppression of thermal threats to personnel, equipment, and structures. (read more)

Pyrolytic Graphite can be easily machined and the material can be routinely manufactured into complicated parts with close tolerances. Pyrolytic Graphite is can be supplied with a high level of surface finish, flatness or a defined surface roughness. (read more)

Pyrolytic Graphite exhibits the lowest erosion rate of any known material, even in extreme working conditions such as in ion bombardment or in plasma applications. (read more)

The Pentagon is asking manufacturers to accelerate hypersonic weapons development. Minteq International the manufacturer of Firex™ teamed up with Aerobotix applying Firex™, to support this need.
This turn-key answer for Thermal Protection System (TPS) for both the material and advance ways to apply, sand, inspect the finished product. (read more)

The new Thermal Protection System: Firex™ Material and Aerobotix Application (read more)

Pyrolytic Graphite exhibits the lowest erosion rate of any known material, even in extreme working conditions such as in ion bombardment or in plasma applications. (read more)

Pyroid® pyrolytic graphite has a long history of successful operation as a material of choice for solid propellant rocket exhaust nozzles, throat inserts, and guide vanes. (read more)

With heat issues limiting power device performance and growth, we have developed a derivative of our material branded as Pyroid® HT Pyrolytic Graphite material that offers heat spreaders and sink thermal conductivity up to 4 times (1700 W/m°K) that of copper at only a quarter of the weight. (read more)

Pyrolytic graphite is oftentimes used in applications where extreme temperature, even up to 6000°F (3300°C) and corrosive environments exist. It conducts heat across its (a-b) planar surface better than copper and insulates like a ceramic in the (c) thickness direction. (read more)

Ideal for all types of glass including:

• Soda-lime
• Borosilicate
• Lead glass
• Aluminosilicate glass
• Fused silica

PYROID®HT Pyrolytic Graphite Thermal Management Material Heat Sink Application (read more)

Firex™ RX-2390 is used routinely to protect for the payload, fins and guiding vanes for the most successful and the most popular sounding rockets ever built, the Black Brant. (read more)

Firex™ fire protection coatings are ready for your application now! (read more)

Pyroid® HT is an engineered carbon product that has in-plane thermal conductivity of 1700 W/m·K which is 4 times greater than the value for copper. In addition to superior heat transfer performance, the density of Pyroid® HT is 75% less than that of copper, allowing for light-weight and high-performance thermal management solutions. (read more)

Pyroid® HT is an engineered carbon product that has in-plane thermal conductivity of 1700 W/m·K which is 4 times greater than the value for copper. In addition to superior heat transfer performance, the density of Pyroid® HT is 75% less than that of copper, allowing for light-weight and high-performance thermal management solutions. (read more)

Pyroid® HT is an engineered carbon product that has in-plane thermal conductivity of 1700 W/m·K which is 4 times greater than the value for copper. In addition to superior heat transfer performance, the density of Pyroid® HT is 75% less than that of copper, allowing for light-weight and high-performance thermal management solutions. (read more)

Metallize the surface of Pyroid® HT pyrolytic graphite heat spreaders to provide particle containment and solderability to a material with four times the thermal conductivity of copper! Various electronic grade coating schemes available. (read more)

Pyroid® HT is an engineered carbon product that has in-plane thermal conductivity of 1700 W/m·K which is 4 times greater than the value for copper. In addition to superior heat transfer performance, the density of Pyroid® HT is 75% less than that of copper, allowing for light-weight and high-performance thermal management solutions. (read more)

Pyroid® SN-PG has several material properties that provide advantages over graphites currently used in semi-conductor manufacturing. (read more)

Protect personnel and critical equipment from thermal threats

You can trust that FIREX™ will buy your personnel and equipment the critical time they need when exposed to rapid temperature rise fires. (read more)

Pyrogenics FIREX™ coatings absorb and reject thermal energy in a controlled fashion. Multiple options available, utilizing intumescent or ablative mechanisms, to buy critical time when you need it most! (read more)

High-Purity Pyrolytic Graphite Provides Innovative Solutions for Semi-Conductor Applications
Increase performance, and component life by using Pyroid® SN-PG for semi-conductor manufacturing (read more)

Autonomous vehicle technology demands thermal management innovation
generation is slowing progress. Pyroid®HT removes heat 4X faster than copper, at 75% the weight! Learn more here! (read more)

Pyroid® HT is an engineered carbon product with thermal conductivity of 1600 W/m·K, which is 4 times greater than the value for copper, while weighing 75% less. (read more)

Protection against high intensity fires — Firex™ threat mitigation solutions
Pyrogenics, a COTS price performance leader in military related high insult thermal coatings introduces Firex™. Suitable for fire protection containment and suppression of thermal threats to personnel, equipment, and structures. (read more)

Pyroid® SN-PG has several material properties that provide advantages over graphites currently used in semiconductor manufacturing (read more)

Thin film carbon foils are used to strip electrons to produce this short lived, critical, radionuclide that is injected into the patient that enables the PET imaging process. (read more)

Sophisticated forging operations are constantly striving for nearer-net-shape forgings that reduce the amount of material necessary to produce a part as well as to reduce any subsequent machining required to get the part to the final form. A reduction in machining requirements reduces materials waste and improves throughput (read more)

Throughout its 40 year history, the Analytical Services Group of Specialty Minerals Inc. (ASG) has provided analytical and investigative services to SMI, Minteq and the Pyrogenics Research, Sales, Marketing, and Quality Assurance departments. (read more)

Pyroid® PG material offers mold and tool designers thermally conductive solution that can increase cycle times and shorten deliveries for continuous operations in high running mass production. Available in coatings of invar, cobalt copper that offer superior performance at reduced weight vs conventional material solutions. (read more)