Cotton-coated WELDAS gloves for handling MIG guns.

Welding glove with straight and reinforced thumb, for better handling of MIG guns, made of cow suede leather.

FEATURES

• Cowhide suede leather.
• Complete internal lining with cotton.
• A straight thumb helps the user handle a MIG gun much better.
• Size L also available in 18 (46 cm).
• Size L and XL also available in left hand only by pairs (LH).

MATERIALS

Made of high-quality cowhide, internal shoulder face, internal cotton lining, stitched with 3-layer KEVLAR® thread.

APPLICATIONS

Gloves for welding work.

SIZES

S (7 1/2) 35 CM.

L (9) 35 CM.

XL (9 1/2) 35 CM.

XXL (10 1/2) 46 CM.

XXXL (11 1/2).

LH/L (9) 35 CM.

LH/XL (9 1/2).

L/18 (9) 46 CM.

PACKAGING AND STORAGE

1 unit (the pair)

Store and dry at a temperature above 5º C. Do not stack more than 5 levels of boxes on a pallet.

USAGE INSTRUCTIONS

This glove is designed to be used as a MIG/MAG welding glove, as well as for electrode welding. Currently, there is no standardized testing method to detect penetration of U.V. rays into glove materials, but current construction methods for protective gloves for welders typically do not allow the penetration of U.V. radiation.

With arc welding facilities, it is not possible to protect all parts that conduct welding voltage from direct contact for operational reasons. The lifespan depends on the degree of wear and the intensity of use in the respective areas of application. Therefore, providing temporary information is not possible. This glove should not be used when there is a risk of entanglement by moving parts of machines.

HEALTH INFORMATION

The pH, chromium VI, and PCP levels of all materials have been checked and comply with CE standards, colored with natural materials.

STANDARDS/REGULATIONS

Thermal risks: EN 12477 (2001+A1:2005) TYPE A - 41324 X

TÜV BP 60153042 0001

TÜV 60400826 002 Kat II

Mechanical risks: EN 388:2016 + A1 : 2018m - 3243 X

Electrical hazard: When gloves are intended for arc welding: these gloves do not provide protection against electric shocks caused by faulty equipment or live work, and electrical resistance is reduced if the gloves are wet, dirty, or soaked with sweat, which could increase the risk.