TEGERA 115

High dexterity and perfect fit

An unlined high-quality leather glove with a synthetic backhand that provides extremely good fingertip sensitivity and a high level of protection against blisters, scratches, tears, and dirt. The reinforced index finger and reinforcements at the fingertips makes the glove more durable, as these parts are subject to more wear and tear. Suitable for all types of work in dry environments, especially fine assembly, and precision work.

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Characteristics

  • High level of protection
  • Extremely good fingertip sensitivity
  • Perfect fit

Functions

  • Reinforced fingertips
  • Reinforced index finger

Compliance

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  • TP TC 019:2011

  • EN ISO 21420:2020

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    EN 388:2016+A1:2018

    2010X

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Sustainability
Materials
80.00 %
Manufacturing
10.00 %
Transport and distribution
3.00 %
Use
0.00 %
End of life
7.00 %

Total:

Cradle-to-gate
1.20 kg CO2e/pair
Cradle-to-grave
1.30 kg CO2e/pair
Leather, full grain
58 %

Total:

58 %

Specifications
Type
Precision work gloves
Category
Cat. II
Size range (EU)
6 – 11
Palm material
Full grain goatskin of top quality
Back material
Polyester
Lining
Unlined
Length
230-260 mm
Colour
Grey
Pairs per: bundle/carton
12/120
Display type
Hook with hangtag

Prevents risk of

Blisters, Grazes, Scratches, lacerations, Contact with dirt

PRIMARY ENVIRONMENTS OF USE

Dry environments, Dirty environments

PRIMARY AREAS OF USE

Fine assembly, Inspection work, Machine operating, Building and construction, Carpentry, Installation work, Transport work, Machine driving, Warehouse work, Airport work, Wood industry work, Repair work

Primary industries of use

Electricity and gas supply, Transportation and logistics, Automotive manufacturing, Building and construction, Warehousing, Public safety, security and defence, Retail and wholesale

Type of work

Light weight

Environmental Impact

Carbon footprint

1.3 kg CO2e/pair

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

Bio Materials

58 %

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