
Hex Nipples
Precision Threaded Pipe Fittings for Secure Connections
Hex Nipples are high-performance pipe fittings used to connect two female-threaded pipes or fittings in plumbing, gas, oil, and industrial piping systems. Manufactured with precision threading and a central hexagonal section for easy wrench-tightening, these fittings ensure leak-free, durable, and high-pressure connections.
Material Options:
Available in Brass, Stainless Steel (SS304/316), Carbon Steel, and Galvanized Iron (GI) for compatibility with a wide range of applications.Thread Type:
BSP, NPT, BSPT – precisely machined male threads on both ends ensure a secure and accurate fit.Hexagonal Center Body:
Enables easy installation and tightening using a standard wrench, offering superior grip and torque control.Corrosion Resistant:
Ideal for long-term use in environments exposed to moisture, chemicals, or high temperatures.Wide Size Range:
Sizes from 1/8” to 4” available for all industry-standard piping systems.
Leak-proof, high-pressure connection for industrial and residential use
Easy installation with wrench access from the hex center
Long-lasting, even in corrosive or high-temperature settings
Suitable for water, gas, oil, steam, and chemical applications
Plumbing and HVAC systems
Compressed air and gas lines
Oil & fuel handling
Marine and offshore industries
Water treatment and filtration systems
Parameter | Details |
---|
Thread Type | BSP / NPT / BSPT |
Material | Brass, SS304/316, GI, Carbon Steel |
Size Range | 1/8" to 4" |
Pressure Rating | Up to 150 PSI or as per spec |
Standards | ASTM / ANSI / DIN / ISO |
Q: Can hex nipples be used for high-pressure systems?
A: Yes, depending on the material and thread specification, they are suitable for high-pressure applications.
Q: Are custom sizes or materials available?
A: Yes, custom sizes and finishes (zinc-plated, black oxide, etc.) can be provided on bulk request.
Q: How do I know which thread type I need?
A: BSP and NPT are the most common. Check your system specs or consult us for the right compatibility.