
Product details
CFITMAX Compression Isolation Valve
Key Features:
✔ Full-Bore Design – Maximum flow efficiency
✔ Quarter-Turn Operation – Smooth & reliable control
✔ Nickel-Plated Finish – Extra protection against corrosion
✔ MGPS, ROHS & CE Certified – Compliant with industry safety standards
Product Features & Materials
Component |
Material |
Body |
100% Brass |
Ball |
Chrome-Plated Brass |
Seal |
PTFE (High-Quality) |
O-Ring |
NBR |
Handle |
Lever / T-Handle |
Compression Standard |
BS864/2, EN 1254-2 |
Finish |
Nickel-Plated |
Why Choose CFITMAX?
✔ Government-Recognized & Tender-Approved
✔ Long-Life Warranty & Free Replacements
✔ Test Reports Available Upon Request
Available Sizes & Pressure Ratings
Size |
Max Pressure (30°C) |
Max Pressure (120°C) |
Packaging |
12mm |
30 Bar |
8 Bar |
Inner: 12 / Outer: 144 |
15mm |
30 Bar |
8 Bar |
Inner: 10 / Outer: 120 |
22mm |
30 Bar |
8 Bar |
Inner: 12 / Outer: 72 |
28mm |
30 Bar |
8 Bar |
Inner: 8 / Outer: 48 |
35mm |
30 Bar |
8 Bar |
Inner: 6 / Outer: 36 |
42mm |
30 Bar |
8 Bar |
Inner: 5 / Outer: 20 |
54mm |
30 Bar |
8 Bar |
Inner: 2 / Outer: 8 |
76mm |
30 Bar |
8 Bar |
Inner: 1 / Outer: 4 |
Ideal for Use In:
✔ Medical Gas Pipeline Systems (MGPS)
✔ Plumbing & Water Supply Networks
✔ HVAC Systems & Industrial Applications
CFITMAX – The Ultimate Isolation Ball Valve for MGPS
CFIT Max Valves are medical gas pipeline systems (MGPS) medical gas valves, high-performance Isolation Ball Valves applied by medical facilities to meet the medical technical requirements. The valves are important to control and isolate the medical gas in hospitals, ICUs, operation theaters, dental clinics, diagnostics laboratories, research institutes, bio tech and pharmaceutical industries, mobile medical services, ambulances, and large scale health care infrastructure projects. A great feature about CFIT Max Valves is that it allows particular zones, wards or equipment areas to be safely isolated in case of maintenance of the equipment or emergencies without necessarily interrupting the gas supply to other locations of the facility. This will be critical to an environment in which sustained flow of gas is a patient safety issue.
These Isolation Ball Valves of MGPS are located in the valve box or control panel and are opened or closed by hand with a smooth quarter-turn lever so that a shut-off and flow-reinstatement can be achieved in hurry. The CFIT Max Valves is a full bore flow designed so that there is maximum gas delivery with minimal pressure drop, which is necessary in highly dependency areas such as intensive care unit and surgery theaters. These valves are made robustly and resistant to corrosion especially in long-time health care situations since the construction material is nickel-plated brass. Their compression fitting system is free of flames being quick, clean, and safe and thus CFIT Max Valves are suitable in active hospital settings where downtime has to be reduced.
The CFIT Max Valves are installed in MGPS worldwide project which conforms to the international standards. The range of valves complies with the Indian norms of NABH and HTM 02-01; the world norms, such as the United Kingdom norms of HTM 02-01 and BS EN ISO, United States norms of NFPA 99, Germany norms of DIN, Australia norms of AS 2896, and Canadian norms of CSA Z7396. They are also being used by the majority of hospitals and other medical establishments in United Arab Emirates, Saudi Arabia, Qatar, Singapore, Malaysia, South Africa, and various states in Asia, Africa, and Middle-East. The CFIT Max Valves are designed and manufactured with the acceptable level of accuracy and meets the requirements of the MGPS and have been rohs approved and CE certified without any compromise in maintaining the safety rule of international medical gases. They are high flow efficient, safe, durable and easy to operate hence the most reputable choice in the industry. Either as new instalments, or as retrofitter applications, CFIT Max Valves are the most successful product solution in the Medical Gas Pipeline System world as they enable a safe and effective structure of MGPS system in many international healthcare facilities.
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