SNICKERS 9438 body mapping micro f jkt black - 94380400003 SNICKERS 94380400003

Name: SNICKERS 9438 body mapping micro f jkt black - 94380400003
Brand: SNICKERS
SKU: 20718
Price: 155.6 EUR
Availability: PreOrder

Supplier number: SNICKERS 94380400003 | EAN 7332515081360

Recommended Retail Price €173.02

155.60 tax incl.

€128.60 excl. VAT (incl. all environmental contributions)

Clothing size *

Stock is shown per size

XS On backorder S On backorder M On backorder L On backorder XL On backorder XXL On backorder 3XL On backorder

In stock On backorder Unavailable

On order: delivered from 07/10/2026

Ordered before 20:00 - delivered as of 07/10/2026
Free shipping
Delivery by DHL

✆ Talk to a specialist

Product information

€155.60

tax incl.

Key features according to our expert

Cooling: No
Material: 92% Bamboo charcoal polyester; 8% Elastane(spandex)
Application: General
Color: Black
Colour (manufacturer): Black
Antistatic: No
Weight/m²: 265 g/m²
Arc flash protection: No
High visibility: No
Flame-retardant: No
Women/Men: Men
Vest type: Fleece
Material (jacket): Polyester(PES)/Elastane(spandex)
Suitable for welding: No

Product description

Warm, light and flexible, with insulation where you want it and ventilation where you need it. This zip micro fleece vest in high-functional fabric and advanced body-mapped design is ideal as a warm first layer or a lighter second layer. Count on insulation where it matters and ventilation where it's needed.

Keeps your body dry and fresh all day with its innovative natural anti-odour treated and quick-drying fabric
Advanced body-mapped design for superior balance between insulation and ventilation
Micro fleece fabric with block structure on the inside for improved ventilation and mesh in the armpits for extra ventilation
Zipped arm pocket for added convenience
High collar for extra warmth and protection

Material

Base: Black: 87% polyester, 8% bamboo charcoal polyester, 5% elastane, 265 g/m² Khaki green: 95% polyester, 5% elastane, 265 g/m².
Contrast: Polyester mesh, 125 g/m².