TEGERA Pro 9183

Anti-vibration with wrist support

Glove with Vibrothan® anti-vibration foam technology combined with an extra wrist support. For professional heavy work where an extra protection is needed. Excellent durability and grip performance thanks to Microthan®+ synthetic leather. Reinforced fingertips, chrome free, windproof back and extra dense against dirt and particles.

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Characteristics

  • Flexible
  • Durable
  • Good grip
  • Good fit

Functions

  • Wrist-supporting
  • Vibration-reducing according to EN ISO 10819
  • For touchscreen
  • Chrome free
  • Reinforced seams
  • Reinforced fingertips
  • Pre-curved fingers
  • Extra dense against dirt and particles
  • Windproof back
  • Ergonomically shaped

Compliance

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  • TP TC 019:2011

  • EN ISO 21420:2020

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    EN 388:2016+A1:2018

    2112X

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    EN ISO 10819:2013/A1:2019

    TRM: 0,75 TRH: 0,56

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Features

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    For touchscreen

Sustainability
Materials
66.00 %
Manufacturing
11.00 %
Transport and distribution
5.00 %
Use
0.00 %
End of life
18.00 %

Total:

Cradle-to-gate
1.40 kg CO2e/pair
Cradle-to-grave
1.70 kg CO2e/pair
Leather, full grain
43 %

Total:

43 %

Specifications
Type
Anti-vibration gloves
Category
Cat. II
Size range (EU)
9 – 13
Collection
TEGERA® PRO Collection
Grip design
Diamond grip pattern
Palm material
Microthan®+, Vibrothan®
Back material
Polyester
Lining
Unlined
Length
265-285 mm
Colour
Black
Pairs per: bundle/carton
6/60
Display type
Hook with hangtag

Prevents risk of

Vibration injuries, Wrist injuries, Abrasion injuries, Blisters, Grazes, Scratches, lacerations, Contact with dirt

PRIMARY ENVIRONMENTS OF USE

Harsh environments

Primary industries of use

Mining and quarrying, Machinery and equipment manufacturing, Automotive manufacturing, Building and construction

Type of work

Heavy weight

Environmental Impact

Carbon footprint

1.7 kg CO2e/pair

Cradle-to-grave calculation of total greenhouse gas emissions across the product’s life cycle.

Bio Materials

43 %

This product contains bio-based materials from renewable sources and/or bio-attributed materials via mass balance.