KiTEC Reduced Elbow-Composite

Name: KiTEC Reduced Elbow-Composite
Brand: CAREWELL PIPES
Price: 190.0 INR
Availability: InStock

Price 190.0 INR/ Piece

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MOQ : 1 Piece

KiTEC Reduced Elbow-Composite Specification

Life Span
Up to 50 years under normal operating conditions

Pressure
Up to 10 bar

Application
Hot & cold Water System

Feature
Leak-proof, corrosion resistant, maintenance-free

Product Type
Reduced Elbow

Material
Composite (Aluminium & Polyethylene / PERT)

Shape
Elbow (Reduced, 90 Bend)

Standard
IS 15450, ASTM F1282/F1281

Connection Type
Compression or Push-fit

Length
Customizable as per requirement

Thickness
2 mm to 10 mm (depending on diameter)

Diameter
16 mm to 110 mm

Weight
Varies with diameter (typically lightweight)

Color
Orange & Grey

Temperature Resistance
Up to 95C

Insulation Property
Low heat loss due to thermal barrier

Installation
Quick and easy, requires no threading or welding

Bending Angle
90 degrees

Inner Surface
Smooth for minimal friction loss

Jointing Technique
Mechanical compression or push-fit

Compliance
WRAS, ISO 9001 Certified

Chemical Resistance
Excellent resistance to most chemicals

About KiTEC Reduced Elbow-Composite

Reduced Elbow is used to connect two KiTEC pipes of different sizes on both ends.

All KiTEC fittings are operated on the concept of threads and rings, which minimizes the chances of leakage at the joints. With rings on both ends.

Superior Durability and Resistance

KiTEC Reduced Elbow-Composite stands out with its excellent resistance to chemicals and high temperatures up to 95C. Its robust structure effectively prevents corrosion and leaks, resulting in minimal maintenance and a lifespan of up to 50 years under standard operating conditions. This makes it highly suitable for demanding water systems.

Effortless and Flexible Installation

Designed for convenience, this elbow fitting allows for quick and easy installation through mechanical compression or push-fit methods-no threading or welding required. Lightweight yet sturdy, it reduces labor costs and installation time for projects both large and small.

Optimal Performance in Water Systems

With a smooth internal surface and low thermal conductivity, the KiTEC Reduced Elbow minimizes friction loss and heat dissipation. Certified as per WRAS and ISO 9001, and compliant with IS 15450 and ASTM F1282/F1281 standards, it ensures safety, quality, and efficiency in both hot and cold water applications.

FAQ's of KiTEC Reduced Elbow-Composite:

Q: How is the KiTEC Reduced Elbow-Composite installed, and does it require special tools?

A: The elbow can be installed using either mechanical compression or a push-fit method. No threading or welding is necessary, and typical plumbing hand tools are sufficient for the installation. This allows for a quick and hassle-free process even in confined spaces.

Q: What are the primary benefits of using this reduced elbow in plumbing systems?

A: Key advantages include excellent resistance to most chemicals, high temperature tolerance (up to 95C), leak-proof and corrosion-free joints, low friction loss, and minimal heat transfer due to its insulation properties. Its durable design ensures a long service life of up to 50 years with minimal maintenance required.

Q: Where can the KiTEC Reduced Elbow-Composite be used effectively?

A: It is ideal for both residential and commercial hot and cold water supply systems. Its compliance with WRAS, ISO 9001, and other major standards make it suitable for infrastructure, industrial, and institutional projects throughout India.

Q: What is the process for selecting the right diameter and thickness for my project?

A: Diameters range from 16 mm to 110 mm, and thicknesses from 2 mm to 10 mm. The correct size should be chosen based on the required water flow, pressure (up to 10 bar), and system design. Consultation with a supplier or plumber can help determine the optimal specifications for your needs.

Q: How does the elbow's inner surface contribute to operational efficiency?

A: The smooth inner surface of the composite elbow minimizes friction and turbulence, reducing energy losses and helping maintain consistent water flow throughout the system.