Single Stage Industrial Regulators with High Quality

• Customization: Available
• Measuring Range: High-pressure Gauge
• Type: with Verifying Pointer
• Accuracy: 4
• Display: Pointer
• Application: Industrial, Civil
• Structure: Spring Pressure Gauge
• Connection Type: Axial
• Function: Local Indication Type
• Installation Structure: Direct Mounting
• Features of Measurement Medium: General Pressure Gauge
• Indicating Pressure Reference: Differential Pressure Gauge
• Item Name: Different Type Industrial Welding Oxygen Gas Regul
• Connection Thread: W21.8*1/14
• Transport Package: Standard Export Packing(Ctns)
• Trademark: Brilliweld
• Origin: China
• HS Code: 8716800000
• Production Capacity: 9000PCS/Month
• Package Size: 15.00cm * 5.00cm * 5.00cm
• Package Gross Weight: 1.000kg

Product Description

China Manufacturer Pressure Reducer for Carbon Dioxide Argon with Gauge.
Brass max pressure reducer carbon dioxide argon for welding is applicable to all welding cuts,building and installation and so on,The design of duplex gauge has provided convenience  for reading of gas cylinder pressure adn operating pressure.The main body is forged and fashioned from high-quality brass and the upper cover is manufactured from aluminum alloy and spray finished,and for the 50mm pressure gauge,external relief valves are equipped and sintered bronze filters are installed at the air inlet.  
Ref. Descriptions:
- Forged brass body; Bonnet for maximum strength.
-Oxygen safety relief valve is set for safe operation;
-Sintered metal inlet filter to trap impurities.
-No soldered joints, for easy maintenance;
-Easy to read dual scale gauges (BAR/P. S. I) with virtually unbreakable crew-on lean lens;
-Gauges meet EN 562 and BAM approved dual scale (Bar/Psi) and marked for maximum working pressure;
-Models are available for 200 or 300 Bar Max. Inlet pressure.
-300Bar Max. Inlet pressure need to be indicated when orders.
-Outlet with control valve.

Item	Pressure Reducer for Carbon Dioxide Argon with Gauge
Warranty	3 years
Certification	UL, GS
Customized support	OEM, ODM, OBM
Place of Origin	China
	Ningbo
Brand Name	CBMTECH
Application	Water and Gas
Pressure	0-160 Psi

About us:
Our Seamless steel gas cylinders are ideal for holding permanent gases and high pressure liquefied gases such as oxygen, hydrogen, nitrogen, argon and carbon dioxide. We can supply all kinds of seamless steel gas cylinders, and the nominal service pressure ranges from 8MPa to 50MPa, while the nominal water capacity ranges from 0.4L to 120L. Also, we can supply cylinders of different pressure, capacity according to your requirements. The majority of the gas cylinder is made of high-quality alloy steel material. They are widely applied in the chemical, metallurgical, mechanical, medical, scientific research and construction industries.
Advantages we have:
-1)Original Manuacturer: Our factories have professional equipments for gas cylinders, medical oxygen regulators, like Punch, CNC Machines, and etc.;
-2)Large Output capability: We have the capability to produce more than 50, 000PCS of Gas Cylinders & 30, 000 PCS Medical Oxygen Cylinders each month;
-3)Quality Control: With ISO9001: 2008, ISO 13485 Quality Management system; All products have been tested before out of our factories;
-4)Cost Advantages: We have cost advantage because our professional and scale economy;
-5)Series: We have different series and models, for different standards in different countries;
-6)Small order can be acceptable: M. O. Q. =50 PCS;
-7)Exporting experience: We have over 5 years' experience for exporting business.
What we can promise for you:
*High quality and security gas cylinders;
*Competitive unit price in the market;
*Fast delivery (3~4 weeks);
*Best after-sale service.

Should you have any interest pls feel free to back to contact us. Looking forward to receiving your early kind enquiry, and hoping that some day we can become good partners.
Key Contact: Ethan Liu (Exp. Mgr)
URL: http://cbmtech.en.made-in-china.com; http://cbmtech.en.made-in-china.com;     http://cbmtech.en.made-in-china.com