Ppr Pipe Socket

Name: Ppr Pipe Socket
Brand: Parthiv Polymers
Price: 20 INR
Availability: InStock

Price 20 INR/ Piece

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MOQ : 10 Pieces

Ppr Pipe Socket Specification

Product Type
Ppr Pipe Socket

Material
Imported PPR virgin raw material

Type
Plain

Shape
Round

Standard
DIN 8077/8078

Connection
Socket / Female

Thickness
Standard / Varies by size

Nominal Pressure
PN16 / 16 bar

Toughness
High impact resistance

Length
Standard / Varies by size

Color
Green

Installation
Easy and quick

Connection Method
Fusion welding (socket fusion)

Diameter Range
20 mm to 160 mm (varies by manufacturer)

Chemical Resistance
Resistant to most chemicals and corrosion

Inner Surface
Smooth for reduced friction loss

Application
Hot and cold water plumbing; HVAC; Industrial pipe networks

Density
Approx. 0.9 g/cm3

Non-toxic
Suitable for potable water

UV Resistance
Limited (should be protected from direct sunlight)

Temperature Resistance
Up to 95C sustained, 110C short-term

Ppr Pipe Socket Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Day

Delivery Time
7 Days

About Ppr Pipe Socket

Utilise this offer for unrivalled savings on our PPR Pipe Socket, engineered for both hot and cold water systems. Crafted from the finest imported PPR virgin raw material, this socket assures prime value, featuring a temperature resistance up to 95C, 100% corrosion-free performance, and excellent resistance to chemicals. Its smooth, uncommon inner surface significantly reduces pressure loss, while high impact resistance ensures longevity. Designed for swift socket fusion installation, this product is ideal for those seeking value, efficiency, and durability in premium piping solutions.

Versatile Application Method and Uncommon Features

This PPR Pipe Socket employs an efficient heat fusion or socket fusion jointing method, allowing seamless integration within water line systems. Its features highlight a smooth interior, which ensures reduced pressure loss, and robust corrosion and chemical resistance. The socket's high impact toughness makes it perfect for a wide range of application areas, from residential plumbing to industrial piping networks, delivering versatile utility and unmatched performance in every scenario.

Packaging, Shipping, and Prime Certification Details

Shipped goods are carefully packed to maintain product integrity and delivered efficiently to your doorstep. Our offer includes adherence to DIN 8077/8078 standards, ensuring quality at a competitive list price. The manufacturer certifies each batch, guaranteeing consistent performance. With strong supply ability across India, your bulk requirements are met promptly, supporting construction, commercial, and infrastructure projects with certified, reliable components at value prices.

FAQ's of Ppr Pipe Socket:

Q: How is the PPR Pipe Socket installed for optimal performance?

A: The PPR Pipe Socket is installed using either the heat fusion or socket fusion method, which ensures a strong, leak-proof bond with compatible pipes. This technique facilitates a quick and secure application, reducing installation time and labour.

Q: What makes this PPR Pipe Socket suitable for both hot and cold water systems?

A: Its temperature resistance up to 95C and 100% rust-free construction make it versatile for hot and cold water applications. The robust material and excellent chemical resistance ensure safe and reliable operation regardless of temperature changes.

Q: Where can the PPR Pipe Socket be commonly utilised?

A: It can be used in residential, commercial, and industrial water supply systems, HVAC piping, and other applications requiring high corrosion and chemical resistance along with smooth water flow.

Q: What process is used to ensure the product remains corrosion free?

A: The socket is made from imported PPR virgin raw material, which is inherently non-corrosive and resistant to rust. This quality ensures lasting performance and zero corrosion over its lifespan.

Q: What is the benefit of the socket's smooth inner surface?

A: The uncommon smoothness of the inner surface minimises pressure loss, enhancing flow efficiency and reducing energy requirements for water transport, thus improving overall system performance and savings.

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