3.5mm Thick Insulating Rubber Mat

Get a Price/Quote

3.5mm Thick Insulating Rubber Mat Specification

Feature
High voltage insulation

Surface Treatment
Smooth finish

Installation Guideline
Lay on dry, clean floor

Size
5 m / 10 m / 20 m (length)

Layer
Single layer

Product Type
Insulating Mat

Material
Rubber

Rated Voltage
660 V

Width
900 mm / 1 m / 1.2 m

Thickness
3.5 mm

Application
Electrical safety flooring

Breakdown Voltage
15,000 V

Color
Red / Black / Blue

Marking
Safety logo print

Standard
IS 15652:2006

Finish
Anti-skid surface

Class
D

Form
Rolls or Mat

Non-Conductive
Yes

Stock
Available

3.5mm Thick Insulating Rubber Mat Trade Information

Minimum Order Quantity
100 Square Feet

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About 3.5mm Thick Insulating Rubber Mat

Unlock unbeatable protection with our 3.5mm Thick Insulating Rubber Mat, available in both roll and mat form. Perfect for electrical safety flooring, this dominant product complies with IS 15652:2006 standards and features a high breakdown voltage of 15,000V and a rated voltage of 660V. With an anti-skid, smooth finish and clear safety logo print, it ensures non-conductive, advanced protection in red, black, or blue. Take advantage of our current Sale and Bargain offers-advance purchase secures immediate stock in single-layer rubber for superior insulation.

Precision Insulation for Critical Safety Zones

Our 3.5mm Thick Insulating Rubber Mat is meticulously crafted for use in electrical substations, control rooms, and industrial complexes. Boasting high voltage insulation, anti-skid surface, and a smooth finish, this mat ensures operator safety and peak performance. Its robust rubber construction and non-conductive properties make it breathtakingly indispensable for electrical installations, offering a dominant solution for hazardous areas, maintenance zones, and machinery platforms where safety cannot be compromised.

Swift Global Dispatch and Hassle-Free Export

Benefit from express shipping when you request a quotation for our 3.5mm Thick Insulating Rubber Mat. Samples are available on request, ensuring you can assess quality before placing your order. Once confirmed, your order is swiftly dispatched from our main FOB port in India to leading export markets worldwide. This guarantees prompt delivery and reliable supply, no matter where your project is located, giving you confidence and peace of mind throughout the process.

FAQ's of 3.5mm Thick Insulating Rubber Mat:

Q: How do I install the 3.5mm Thick Insulating Rubber Mat for optimal performance?

A: To ensure the best insulation and anti-skid effect, lay the mat on a clean, dry floor following provided installation guidelines. This secures stable placement and maintains the mat's non-conductive properties.

Q: What applications is this rubber mat best suited for?

A: This mat is designed for electrical safety flooring in substations, control panels, machinery rooms, and industrial workspaces where high voltage insulation and slip-resistance are essential.

Q: When should I consider advance purchase of these mats?

A: Advance purchase is advisable for large-scale or ongoing projects to take advantage of bargain pricing and secure immediate availability from ready stock.

Q: Where can the mat be exported, and how quickly is it dispatched?

A: We export globally from India's leading ports, with express shipping options available. Orders are dispatched promptly after confirmation and receipt of your quotation agreement.

Q: What is the process for obtaining a sample before placing a bulk order?

A: Simply request a sample when contacting us for a quotation. We provide samples so you can evaluate the product's quality and suitability for your application.

Q: What are the key benefits of using this insulating rubber mat?

A: This mat offers dominant electrical insulation up to 15,000V breakdown voltage, anti-skid safety, strong durability, and easy installation, meeting IS 15652:2006 safety standards for critical environments.