Cut D. PHDE fibers. Sandy nitrile coatedpalm. Open back. 13 gauge

Ref.CPHD434NIF

Size	Quantity
One size only

Description

[Cut protection] [Cut level D]
[COLD PROTECTION] [ Cold contact level 2]
2 layers
Safefy glove. 13 gauge. Seamless knitter liner.
HDPE fibres (High Density Polyethylene) fibres mixed with other technical fibres.
Inside layer in 100% brushed acrylic terry lining.
Soft sandy nitrile coating on palm. Knuckle coated version. Elasticated knitted wrist.
With included hang tag for point of sales.

Advantages

Seamless knitted construction improves user comfort (no roughness, heating points) and reduce hand fatigue.
Improves dexterity for easy handling.
High-tech HDPE (High Density Polyethylene) fibers, provide excellent protection against mechanical risks (see results EN 388).
The inner layer, in warm fiber (acrylic) provides comfort and good insulation against cold.
Elasticated knitted wrist for a snug fit.
Protective coating: the special nitrile foam coating on the palm provides additional protection to the user and a better grip to hand spare parts particularly against oily and fatty environments.
Knuckle coated version for a good protection of the hand while maintaining ventilation with the unocoated section.

Standards

Application types

Precautions for use

Warning: before any use please read carefully the instructions for use and keep it.

Never use a product outside its intended area of use.

It is brought to the attention of users that a product, even tested and certified according to one or more standards, is never a total guarantee of protection against the risk (s) involved.

Always read the limits of use and protection and the precautions for use.

Before each use, check the good state of the product. Do not use a worn or damaged product.

If any doubt or if you have any questions, please contact Singer Safety^® Customer Service at your disposal.

Approval

Download the declaration of conformity of this product to the regulation (EU) 2016/425 on PPE and / or to another possible regulation on: http://docs.singer.fr