TEK 549-8 8, Black/grey cut 3 PU coate

PartNumber: TEK 549-8 8
Ном. номер: 8040768268
Производитель: Microlin Cooper
TEK 549-8 8, Black/grey cut 3 PU coate
Доступно на заказ более 4 шт. Отгрузка со склада в г.Москва 4-5 недель.
1 210 руб. × = 1 210 руб.
от 7 шт. — 960 руб.
от 15 шт. — 820.67 руб.


RS TEK 549 Cut Level 3 Gloves

These lightweight cut resistant reusable gloves from RS feature a cut level 3 liner with polyurethane coating for improved cut, abrasion and tear resistance, as well as providing a comfortable fit to reduce hand fatigue.

Features & Benefits

∙ EN388 Cut level 3 protection
∙ Perfect for working environments where there is a cut risk
∙ Lightweight dexterous glove

Typical Applications

∙ Automotive
∙ Manufacturing
∙ Glazing / Glass manufacturing
∙ Construction
∙ Panel or timber handling


Protective Gloves

When used with toxic liquids,
gloves must be chosen on the basis of the breakthrough time specified by the manufacturer.
The usage time must never exceed this value.
Not all gloves are suitable for use with machines with moveable parts;
please follow the instructions.

EN 420 stipulates that gloves in categories II and III should be labelled using pictograms that indicate the gloves' level of protection. Products that are labelled in this way have been successfully tested for resistance against the relevant risk.
Additionally, mechanical risks are specified according to EN 388: The higher the number, the better the test score.

4 2
Abrasion resistance (0 to 4) Puncture resistance (0 to 4)
1 0
Cut resistance (0 to 5)Tear resistance (0 to 4)

Safety, Security, ESD Control & Clean Room

Технические параметры

8 - M
Number of Gloves
Special Features
Abrasion Resistant, Cut Resistant, Puncture Resistant, Tear Resistant
только новые товары
Glove Coating
Mechanical Hazards EN388
EN388 4343
Primary Glove Application
Cut Resistant
Main Colour of Glove
Black, Grey

Дополнительная информация

Guide to Buying Reusable and Disposable Gloves TEK 549-8 8
Polyurethane Coated Cut Level 3 Glove Data Sheet TEK 549-8 8