TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL

Name: TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL
Brand: TIRI INNOVATIONS PRIVATE LIMITED
Price: 129.0 INR
Availability: InStock

Price 129.0 INR/ Square Meter

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MOQ : 100 Square Meters

TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL Specification

Layer
Double

Size
Standard

Product Type
TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL

Thickness
9 Millimeter (mm)

Application
Industrial

Warranty
1 Year

Rated Voltage
220 Volt (V)

Usage & Applications
Industrial

Color
Silver

Material
Aluminium

Features
Good Quality

TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL Trade Information

Minimum Order Quantity
100 Square Meters

Supply Ability
5000 Square Meters Per Month

Delivery Time
7 Days

TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL About

Product Form	Bubble foil roll
Thickness	9MM
Foil Side	Single side foil
Max Withstanding Temperature	15-16 DEGREE
Material	XLPE
Brand	TIRI
Packaging Type	Roll
Country of Origin	Made in India
Availability	In Stock
View in Hindi	TIRI XLPE 9MM

XLPE is an acronym for cross linked polyethylene. XLPE is a thermosetting polymer meaning that the material (polyethylene (PE)) is cured under heat and in that process forms bonds in all directions forming a three dimensional matrix. Within this XLPE matrix there is space between the individual molecules

Superior Insulation Solution

This product integrates XLPE and aluminium foil in a double layer configuration, optimizing thermal and electrical insulation for industrial applications. Its robust construction ensures efficient temperature control and protects against electrical leaks, making it a trusted choice for manufacturers and suppliers alike.

Versatile Usage & Applications

The TIRI XLPE 9mm insulation is suitable for a multitude of industrial settings. Whether used in factories, manufacturing plants, or electrical panels, it effectively reduces energy loss, enhances safety, and ensures consistent operational performance under varying conditions.

FAQ's of TIRI XLPE 9MM THICKNESS WITH ONE SIDE ALUMINIUM FOIL:

Q: What are the main benefits of using TIRI XLPE 9mm Thickness with One Side Aluminium Foil in industrial settings?

A: This insulation material provides excellent thermal and electrical insulation, minimizing energy loss and enhancing safety. Its durable construction with XLPE and aluminium foil offers reliable protection and long-lasting performance in demanding industrial environments.

Q: How is the TIRI XLPE 9mm Thickness product typically installed?

A: Installation involves measuring and cutting the insulation to fit the required area, then placing the foil side to maximize heat reflection or conductivity as intended. The process usually follows standard industrial installation practices for insulation materials.

Q: Where can TIRI XLPE 9mm Thickness with Aluminium Foil be most effectively used?

A: It is ideal for use in factories, warehouses, manufacturing plants, and electrical panels where efficient insulation is necessary to control temperature, reduce energy consumption, and ensure safety around equipment operating at 220V.

Q: What makes this product suitable for high voltage applications?

A: The XLPE layer offers superior dielectric strength, making it capable of safely handling rated voltages up to 220V. The aluminium foil enhances heat dissipation and provides an additional barrier against electrical and thermal stresses.

Q: When should industrial facilities consider replacing their insulation with this product?

A: Replacement is recommended when existing insulation shows signs of wear, decreased efficiency, or fails to meet current industrial safety standards. Upgrading to this 9mm XLPE/aluminium foil insulation ensures compliance and optimal performance.

Q: How does the double layer construction enhance the product's effectiveness?

A: The double layer combines the insulating properties of XLPE with the reflective and protective qualities of aluminium foil. This synergy provides better thermal performance, increased durability, and improved energy savings over single-layer alternatives.

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