In 2001 SpecGas Inc was established by Alfred Boehm, a research chemist that started his career in 1976 in Germany. While working for “Messer Griesheims Industries” he advanced to director level positions of one of the world’s largest specialty and industrial gas manufactures. In 1991 Alfred was transferred to the US to continue research and development in various areas of Specialty Gas, including internal cylinder treatment for reactive gas mixtures.
For the last 15 years SpecGas Inc has been providing precision specialty gas blends, custom calibration gases, rare gas blending and complex Cal gas for testing equipment and monitoring devices. SpecGas’s blending procedures and techniques have enabled us to produce NIST Traceable Gas Standards. SpecGas Inc is a family run business with Alfred’s son Marco overseeing the operations side of the business. You will find a thorough attention to detail and state of the art equipment at SpecGas Inc. All of our analytical instruments are properly calibrated and accuracy is verified by calibrating each time before use. It is our mission to provide our clients with the highest quality specialty gas blending the Industry has to offer. Our gas calibration mixtures and internal cylinder treatments are produced with proprietary techniques. If you are in need of stable low ppm & ppb precision gas mixtures, pure gases, rare gases (Krypton, Xenon, Neon), and industry knowledgeable first class service you’ve come to the right place. Our customer service, laboratory, and production personnel are all veterans of the Specialty Gas Industry.
The semiconductor industry and the consumer electronics industries use our high purity gases and gas mixtures for numerous applications including ion implantation, plasma etching, and certain chamber cleaning processes. Gas mixtures and gas mixture standards are critical for instrument calibration. Some of the more popular gases we blend for the electronics industry are Phosphine, Boron Trifluoride, Silicon Tetrachloride and Dichlorosilane. With SpecGas, you specify the details of the gases you want blended, purity requirements and we deliver the mixtures according to your specifications. We look forward to earning your trust as a valued supplier of your gas mixtures blended with precision every time, cost effectively.
GAS SUPPLIER FOR THE LIGHTING INDUSTRY
halogen-gasesWe hope to be your supplier of multi-component lighting gas mixtures and pure gases commonly used to make incandescent, LED, fluorescent and high intensity discharge lighting products. Some of our multi component lighting gas mixtures are Methylbromide (CH3BR), Dibromomethane (CH2BR2), Hydrogen Bromide (HBR) and Bromo Dichloromethane. SpecGas blends other halogen gas mixtures and each client likes us to customize their mixture specifically for their needs. Please allow us to earn your trust as a valued supplier of halogen and hydride gas mixtures. Rare gas mixtures and pure gases are available in disposable and refillable aluminum and steel cylinders in various sizes starting at net volumes of 17 liters.
RARE GAS BLENDSneon-gas-mixtures
The light emitting properties of rare gases like Neon, Krypton and Xenon are readily used in the lighting industry. Krypton gas has also proven to be a great insulator in windows and a key component in laser gas mixtures. We manufacture high purity rare gas blends for your specific purposes and will deliver them in high pressure refillable and disposable cylinders of various sizes from small net quantities of 17 liters to larger quantities.
Here are a few of the more common rare gas blends we ship to clients:
70 % Kryptom / 30 % Xenon
50 % Krypton / 50 % Argon
0.5 % Hydrogen / 19.5 % Argon / 80 % Krypton
PURE ARGON GAS SUPPLIERS IN THE USA
ArgonFiller gases like Argon and Krypton are used in double and triple pane windows because they minimize heat transmission between the panes of glass. The insulating value of a window that use these filler gases deliver a high efficiency (Low E) glass. Noise transmission through windows is also reduced as the molecular weight of the filler gas increases.
Very little Argon is used in window pane construction that the benefits of using it are easily justified compared to the less expensive Nitrogen. Argon is the preferred gas to use in most multi-paned windows.
