These general purpose single stage regulators are recommended for inert and non-corrosive gas applications where precise control of delivery pressure is not necessary. They are well suited. Where constant delivery pressure regardless of fluctuations in cylinder pressure are required.

Optional Needle Valve :

• Body : Forged Brass
• Stem : Stainless Steel
• Packing : Teflon

These general purpose single stage regulators are recommended for inert and non-corrosive gas applications where precise control of delivery pressure is not necessary. They are well suited. Where constant delivery pressure regardless of fluctuations in cylinder pressure are required.

Optional Needle Valve :

• Body : Forged Brass
• Stem : Stainless Steel
• Packing : Teflon

These general purpose single stage regulators are recommended for Corrosive and non-corrosive gas applications where precise control of delivery pressure is not necessary. They are well suited. Where constant delivery pressure regardless of fluctuations in cylinder pressure are required.

Optional Needle Valve :

• Body : Forged Stainless Steel
• Stem : Stainless Steel
• Packing : Teflon

These general purpose two stage regulators are recommended for use with inert and non-corrosive pure gas and mixtures and laboratores where constant delivery pressure regardless of fluctuations in cylinder.

Optional Needle Valve :

• Body : Forged Brass
• Stem : Stainless Steel
• Packing : Teflon

These general purpose Two stage regulators are recommended for inert and non-corrosive pure gases and mixtures in laboratories where constant delivery pressure regardless of fluctuations in cylinder.

Optional Needle Valve :

• Body : Forged Brass
• Stem : Stainless Steel
• Packing : Teflon

These general purpose tow stage regulators are recommended for use with Inert and non-corrosive pure gas and mixtures in laboratories where constant delivery pressure regardless of fluctuations in cylinder.

Optional Needle Valve :

• Body : Forged Stainless Steel
• Stem : Stainless Steel
• Packing : Teflon