Respirex Di-electric Boots

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Respirex Di-electric Boots Specification

Length
Knee length (approx. 360 mm)

Reusable
Yes

Gender
Unisex

Disposability
Reusable

Water Proof
Yes

Shelf Life
Up to 5 years (when stored properly)

Function
Electrical insulation and protection

Number Of Layers
Single molded piece

Tensile Strength
Min. 15 N/mm

Features
100% waterproof, oil/acid/alkali resistant, non-conductive, slip-resistant sole

Application
Electrical work, high-voltage environments

Material
DIELECTRIC PVC/Nitrile blend

Color
Yellow

Size
UK 513 (EU 3848)

Weight
Approx. 2.6 kg/pair (varies with size)

About Respirex Di-electric Boots

An electrically insulating dielectric boot with an integral steel toe cap and vulcanized rubber sole for superior slip resistance. The Respirex Dielectric boot provides protection of up to 20kV over the complete boot for over 8 hours, and 35kV over the sole for 3 minutes.

BOOTY SHAFT

Yellow dielectric compound shaft
200 Joule Epoxy coated Steel toe cap to EN ISO 20345

Outstanding Electrical Insulation

These boots are specifically crafted for high-voltage work, offering insulation tested up to 20 kV with a maximum working voltage of 15 kV according to EN 50321-1:2018 standards. Ideal for environments where electric shock hazards are prevalent, their robust construction provides peace of mind during demanding electrical tasks.

Enhanced Safety and Comfort Features

Built with a steel toe cap for impact protection and an energy-absorbing heel, these boots deliver reinforced safety while reducing fatigue. Their anti-static, slip-resistant cleated outsole further minimizes the risk of slips and electric static discharge, and the full waterproof construction allows confident use in wet or industrial settings.

Durability and Versatility for Professionals

Manufactured in the United Kingdom, the boots feature a single-piece, high-tensile strength build and a tough polyester lining. Resistant to oil, acid, and alkali, they are fully reusable, have a shelf life of up to 5 years when stored correctly, and fit a wide size range, making them a trusted choice for various electrical and industrial professionals.

FAQs of Respirex Di-electric Boots:

Q: How do Respirex Di-electric Boots provide protection against electrical hazards?

A: The boots are tested up to 20 kV and have a working voltage of 15 kV, meeting EN 50321-1:2018 standards. Their dielectric PVC/Nitrile material blocks electrical current, reducing the risk of electric shock for wearers in high-voltage environments.

Q: In what environments should these boots be used for maximum benefit?

A: These boots are ideal for electrical industry professionals who work in high-voltage settings, such as power plants, substations, or utility maintenance sites. Their oil, acid, and alkali resistance also make them well-suited to industrial and harsh conditions.

Q: What process should be followed to ensure the boots maintain peak performance?

A: Regularly clean the boots with mild soap and water, inspect for visible damage or wear before each use, and store them in a cool, dry, and shaded place. Proper storage and care help preserve the insulation and overall durability, extending their shelf life up to 5 years.

Q: When should the boots be replaced or retired from use?

A: Replace the boots immediately if you notice any cuts, cracks, or loss of flexibility in the material, or after any incident involving high voltage. Routine checks before every use are recommended to ensure continued protection.

Q: Where can professionals in India purchase these boots?

A: The Respirex Di-electric Boots are available from authorized dealers, distributors, retailers, service providers, suppliers, traders, and wholesalers across India. Contact your trusted safety equipment provider for availability and sizing information.

Q: What benefits do the slip-resistant sole and steel toe cap offer during usage?

A: The slip-resistant, cleated outsole minimizes the risk of slips and falls on wet or oily surfaces, while the steel toe cap offers protection against impacts and compression, ensuring both safety and comfort during extended work shifts.