New product
Heat Protection

Weld/Heat glove Guide 3574

Welding and heat protection glove made of synthetic material with cut protection level E. Guide 3574 provides high comfort and fingertip sensitivity for precise handling while maintaining grip and flexibility. Fully lined with 360° para-aramid for full cut protection, with meta-aramid on the back of the hand for increased protection against heat and sparks. Durable cotton cuff and seams in heat-resistant para-aramid thread. Suitable for welding and medium heat environments, especially TIG and MIG. Complies with EN 407 and EN 12477 Type A.
  • Leather-free design
  • Cut protection level E
  • 360° lining in para-aramid
  • Meta-aramid back-of-hand for increased heat protection
  • Chromium Free
  • Durable cotton cuff
  • Thumb-crotch reinforced
  • Contact heat level 2 (250°)
  • Heat-resistant para-aramid seams
  • Size 7-12

Durability 7

Dexterity 7

Total length (cm) 35-39

Material & Construction - Outside Meta-Aramid Synthetic leather Cotton

Material & Construction - Inside Para-Aramid Fully lined

Protective features Thumb crotch reinforcement
Index finger reinforcement
Finger tips reinforcment
Kevlar Seams
Cut protection level E (ISO 13997) Contact heat protection level 2 (250°C, EN 407)
Protection againts sparks (EN 407)
Suitable for TIG welding tasks

Co-branding Kevlar

Quality features REACH compliant

Ergonomic features Regular fit
Preshaped
Ventilating Safety cuff
Wrist strap
Good dry grip

EN 388:2016 3X32E

EN 12477 TYPE A

EN 407:2020 42324X

Durability Dexterity
CE Category
Category 3
EN 388:2016
3X32E
TYPE A
EN 12477
TYPE A
EN:407 2020
EN 407:2020
42324X
Cut protection level E (ISO 13997)
Cut protection level E (ISO 13997)
Article number Description Bundle Carton Unit Available in pair/pcs
223691263 Glove Guide 3574 7 3 60 Pair No
223691264 Glove Guide 3574 8 3 60 Pair No
223691265 Glove Guide 3574 9 3 60 Pair No
223691266 Glove Guide 3574 10 3 60 Pair No
223691267 Glove Guide 3574 11 3 60 Pair No
223691268 Glove Guide 3574 12 3 60 Pair No