GAS REGULATORS

As part of the worlds largest gas control company, with over 100 years experience in the design, development and manufacture of specialty, medical, technical and industrial gas control, Gas Arc products and solutions can be found in most production and analytical processes globally.

With manufacturing on 5 continents and a culture of continual improvement, Gas Arc are committed to delivering market leading quality branded solutions to customers using the latest global Quality Management Systems.
Gas Arc products have an international reputation for unparalleled performance and built-to-last dependability.

Tech Master GPT401 and 402 Series two stage diaphragm cylinder regulators are designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%), on applications where constant delivery pressure is required as the cylinder pressure decreases.

Tech Master GPT410 Series two stage diaphragm cylinder regulators are designed for primary pressure gas control of technical grade Acetylene gas up to 4.5 purity (99.995%), on applications where constant delivery pressure is required as the cylinder pressure decreases.

Lab Master LGT501 and 502 series two stage diaphragm cylinder regulators are designed for primary pressure gas control of non-corrosive or toxic, high purity gases up to grade 5.0 purity (99.999%), on applications where constant delivery pressure is required as cylinder pressure decreases.

Lab Master LGT510 Series two stage diaphragm cylinder regulators are designed for primary pressure gas control of high purity Acetylene gas up to grade 5.0 purity (99.999%), on applications where constant delivery pressure is required as the cylinder pressure decreases.

Spec Master HPT601 and 602 Series two stage diaphragm cylinder regulators are designed for primary pressure gas control of non-corrosive or toxic, high purity gases up to grade 6.0 purity (99.9999%), on applications where constant delivery pressure is required as the cylinder pressure decreases.