brass reducer

brass reducer Specification

Thickness
3-5 mm

Surface Treatment
Polished / Electroplated

Machining Method
CNC Machined

Max Tolerance
0.05 mm

Weight (kg)
0.025 - 0.08

Application
Pipe Fitting/Plumbing/Gas/Water/Oil Lines

Reducer Size
1/2 inch x 3/8 inch to 2 inch x 1-1/2 inch (Custom available)

Lead Content
Low Lead

Corrosion Resistance
High

Finish
Gold Shiny

Durability
Long Life, Crack Proof

Connection Type
Threaded

Material
Brass

Thread Type
BSP / NPT

Temperature Range
-20C to 150C

Working Pressure
16 Bar (Max)

Standard
ASTM B16 / IS 319

brass reducer About

A brass hex reducer is a heavy-duty threaded plumbing fitting designed to connect two pipes, hoses, or equipment ports of different diameters. It features male (external) threads on the outside body and smaller female (internal) threads inside the head, acting as a step-down adapter.

Physical Features

Material: Solid forged or machined brass.

Drive Design: Hexagonal head shape for secure wrench tightening.

Main Configuration: Male x Female threaded connection.

Key Benefits

High Durability: Strong resistance to rust, corrosion, and wear.

Tight Seal: Clean, deep-cut threads minimize risk of leaks.

Temperature Resistance: Can handle hot water, steam, and high pneumatic pressures.

Zero Sparking: Safe for flammable gas lines and fuel systems.

Common Thread Standards

NPT (National Pipe Thread): Tapered threads, standard in North America.

BSP (British Standard Pipe): Straight or tapered threads, standard across Europe and Asia.

Metric: Commonly used in automotive applications.

Precision Engineering and Superior Durability

Meticulously crafted using CNC machining, this brass reducer ensures an exact tolerance of up to 0.05 mm for reliable, leak-proof assembly in demanding environments. Its robust thickness and crack-proof design provide exceptional longevity, making it ideal for both residential and industrial use in water, oil, gas, and plumbing systems.

Enhanced Corrosion Resistance and Finish

With a high-gloss gold shiny finish achieved through polishing or electroplating, this reducer not only enhances aesthetic appeal but also delivers outstanding corrosion resistance. The use of low lead brass material aligns with global safety regulations, offering peace of mind and safer usage in critical applications.

FAQ's of brass reducer:

Q: How is this brass reducer installed in piping systems?

A: The reducer features threaded BSP or NPT connections, allowing safe and easy installation using appropriately threaded pipes. Simply screw the reducer into place with standard pipe-wrench tools, ensuring a secure and leak-free joint.

Q: What makes this brass reducer suitable for high-pressure and high-temperature use?

A: It is built to withstand up to 16 Bar of working pressure and temperatures ranging from -20C to 150C. Its robust 3-5 mm thickness and crack-proof brass construction, coupled with precision CNC machining, make it resistant to deformation and failure under demanding conditions.

Q: When should a brass reducer be used in plumbing or industrial applications?

A: A brass reducer is necessary when you need to connect pipes of different diameters. It's particularly useful in adapting existing lines without needing extensive re-piping, commonly found in water, oil, and gas supply networks.

Q: Where can this reducer be applied beyond residential plumbing?

A: Apart from household water lines, it is ideal for commercial and industrial systems, such as gas transportation, oil supply, and specialized process piping, thanks to its high corrosion resistance and compliance with ASTM B16/IS 319 standards.

Q: What benefits come with the low lead content and gold shiny finish?

A: Low lead content ensures compliance with safety standards for potable water, reducing health risks. The gold shiny finish achieved through polishing or electroplating provides enhanced corrosion resistance and aesthetic appeal, making it suitable for visible installations.

Q: How does the CNC machining process improve product performance?

A: CNC machining delivers a high degree of precision, with tolerances up to 0.05 mm. This accuracy ensures tight, dependable threads and perfect fitment, significantly reducing the risk of leaks or loosening over time.