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Sprinkler Reducer Bare

Sprinkler Reducer Bare Specification

Connection Type
Female Thread x Female Thread

Tensile Strength
Up to 450 MPa

Temperature Range
-20C to 120C

Thread Type
BSPT (British Standard Pipe Taper)

Tolerance
0.1 mm

Diameter
1 inch x 3/4 inch (example)

Sealing Type
Threaded seal (requires PTFE tape or pipe dope)

Coating Type
None/Bare

Yield Strength
Min 250 MPa

Flexibility
Rigid

Bend Radius
Not bendable; rigid fitting

Product Type
Sprinkler Reducer Bare

Material
Brass

Connection
Threaded

Shape
Reducer

Standard
IS 319 / ASTM B16

Surface Treatment
Bare / Uncoated

Outer Diameter
Varies by model (e.g. 1 inch to 3/4 inch)

Section Shape
Round

Length
Standard (as per specification)

Thickness
As per size specification

Color
Brass (Golden Yellow)

Usage
Fire sprinkler fitting

Rated Pressure
Up to 16 bar

Application
Fire protection, irrigation systems

Material Grade
CW617N

Packing Details
Bulk/Boxed

Weight
As per size (e.g., 40-65 g)

Corrosion Resistance
Good (due to brass composition)

Installation
Tool-based (wrench required)

Lead Content
Low lead brass

Manufacturing Process
Forged and machined

Marking
Size and material grade marked on body

Media
Suitable for water and non-corrosive liquids

Brand Compatibility
Universal standard

About Sprinkler Reducer Bare

Providing you the best range of Agricultural HDPE Pipe Fittings i.e. Adapter, EP Reducer Welded, Pipe Coupler, Tail Socket, Pipe Black Coupler and KP End Cap with effective & timely delivery

Reliable Performance for Fire and Irrigation Systems

Engineered for demanding environments, the Sprinkler Reducer Bare delivers consistent performance in fire safety and irrigation applications. Its high tensile strength and corrosion-resistant brass composition ensure secure, long-term operation without leaks or deterioration, making it an ideal choice for both industrial and commercial use.

Precision Manufacturing for Lasting Durability

By employing a forged and machined manufacturing process, each reducer achieves an exacting 0.1 mm tolerance, offering superior reliability. The bare finish and clear size/material marking enhance traceability and compliance, while the rigid, round shape and brass grade CW617N guarantee conformity to quality standards and longevity in service.

FAQ's of Sprinkler Reducer Bare:

Q: How is the Sprinkler Reducer Bare installed in a pipeline?

A: The reducer is installed using a wrench, allowing for secure attachment. The female-threaded BSPT connections require PTFE tape or pipe dope for effective sealing, ensuring a leak-proof joint during assembly in fire sprinkler or irrigation systems.

Q: What materials are used in the manufacturing process of this reducer?

A: This fitting is manufactured from CW617N low-lead brass using a forged and machined process. The brass composition imparts excellent corrosion resistance and mechanical strength, adhering to IS 319 and ASTM B16 standards.

Q: When should I consider using a bare reducer instead of coated fittings?

A: Bare reducers are suited for situations where coating is unnecessary, particularly in indoor or protected environments. The natural brass finish provides good corrosion resistance for water and non-corrosive liquids, making them ideal for fire protection and irrigation systems.

Q: Where can the Sprinkler Reducer Bare be applied?

A: This product is used in fire protection and irrigation systems to connect pipes of varying diameters. It is suitable for universal installations and compatible with most standard brands, meeting the requirements of manufacturers, suppliers, and contractors across India.

Q: What is the benefit of brass construction in this reducer?

A: Brass offers reliable corrosion resistance, mechanical strength, and a low lead content for water safety. Its durability under high pressure and temperature ranges ensures long-term, safe performance in critical applications like fire sprinklers.

Q: What is the recommended process for sealing the threaded connections?

A: To achieve a leak-proof seal, apply PTFE tape or pipe dope to the BSPT threads before assembly with a wrench. This procedure ensures that joints remain secure under variable pressure and temperature conditions.

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