CPVC Thread Female Adapter

CPVC Thread Female Adapter Specification

Material
CPVC (Chlorinated Polyvinyl Chloride)

Shape
Round

Standard
ASTM D2846 / IS 15778

Working Presssure
up to 15 kg/cm2 (at 23C)

Working Temperature
0C to 93C

Connection
Solvent Welded (Socket) x Female Threaded

Technique
Injection Moulded

Size
12 inch, 34 inch, 1 inch, 1 14 inch, 1 12 inch, 2 inch

Thickness
Sch 40 / Sch 80 as per size

Length
Customizable as per requirements

Color
Ivory / Cream

Surface Finish
Smooth finish

Chemical Resistance
High resistance to most acids, bases and salts

End Connection
Threaded (BSP Female)

Usage
Suitable for hot and cold water plumbing

Application
Residential, Commercial and Industrial water supply

Durability
UV stabilized, impact resistant

Pressure Rating
Class 1 and 2, as per application

Corrosion Resistance
Excellent

Installation
Easy to install without special tools

Packaging
Poly bag or box packaging as per size

Fire Resistance
Yes, self-extinguishing

Thread Type
Standard BSP (British Standard Pipe)

CPVC Thread Female Adapter Trade Information

Minimum Order Quantity
100 Pieces

Main Domestic Market
West Bengal

About CPVC Thread Female Adapter

Specification

SIZE (mm)	SIZE (inch)	PART No	STD. PKG	Price
15	1/2	M012111601	800	17.00
20	3/4	M012111602	400	24.00
25	1	M012111603	200	35.00
32	1 1/4	M012111604	150	93.00
40	1 1/2	M012111605	100	121.00
50	2	M012111606	50	191.00

Robust Material and Surface Quality

Constructed from premium CPVC (Chlorinated Polyvinyl Chloride), this female adapter offers an exceptionally smooth finish for enhanced water flow and lasting performance. The ivory or cream hue complements modern plumbing aesthetics and ensures easy identification during maintenance or installation.

Exceptional Safety and Durability

The adapter is self-extinguishing, providing high fire resistance, and displays excellent chemical and corrosion resistance. UV stabilization and impact resistance make it suitable for a variety of environments, from industrial sites to residential settings, ensuring long-term reliability and minimal maintenance.

Versatile Sizing and Industry Standards

Available in multiple sizes from 12 inch to 2 inch and with both Sch 40 and Sch 80 thickness options, this adapter meets global standards such as ASTM D2846 and IS 15778. Its proven design and adaptable length options enable seamless use across residential, commercial, and industrial water supply systems.

FAQ's of CPVC Thread Female Adapter:

Q: How do I install the CPVC Thread Female Adapter?

A: The adapter is easy to install using solvent welding for the socket end and screwing onto a standard BSP male thread for the female end. No specialized tools or equipment are required, making setup quick and straightforward.

Q: What makes this adapter suitable for both hot and cold water applications?

A: Manufactured from CPVC, this adapter can handle working temperatures from 0C to 93C, supporting safe and efficient use in both hot and cold water plumbing systems without compromising performance.

Q: When should I consider using a CPVC Thread Female Adapter in my plumbing system?

A: Choose this adapter when you need a secure transition between solvent welded and threaded pipe connections in water supply lines, especially in environments requiring high durability, corrosion resistance, and compliance with industry standards.

Q: Where can this adapter be utilized?

A: It is suitable for a wide range of applications-including residential, commercial, and industrial water supply systems-thanks to its robust design and resistance to chemicals, fire, and UV radiation.

Q: What process is followed in manufacturing this adapter?

A: The CPVC Thread Female Adapter is manufactured using injection moulding techniques, ensuring consistency in thickness and shape while meeting stringent quality standards such as ASTM D2846 and IS 15778.

Q: What are the main benefits of using this CPVC adapter over metal alternatives?

A: This adapter outperforms metal alternatives by offering superior corrosion and chemical resistance, requiring less maintenance, providing longer service life, and eliminating the risk of rust buildup in plumbing systems.

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