Stihl Advance X-Flex Protective Trousers Type C

Stihl Advance X-Flex Protective Trousers Type C

Stihl Advance X-Flex Protective Trousers Type C


£220.83 excl. VAT

£265.00 incl. VAT


Made from ultralight, extremely breathable AVERTIC pro lite cut-protection material. Developed exclusively for STIHL. Peat and high visibility orange colour, special crotch construction for freedom of movement, extraordinarily hardwearing outer fabric, elastic and breathable, elasticated and waterproof knee protection, thorn and water resistance in the lower leg area, dirt resistant, long ventilation zippers on the back of the legs.

Full Details

Cut protection

STIHL protective chain saw trousers protect against cuts to the legs based on an intelligent principle: when the chain cuts through the first of several layers of fabric, bundles of long high-strength special fibre are pulled out and block the sprocket, bringing the chain to a standstill. This considerably reduces the risk of injury

Improved cut protection

STIHL protective chain saw trousers protect against cuts to the legs based on an intelligent principle: when the chain cuts through the first of several layers of fabric, bundles of long high-strength special fibre are pulled out and block the sprocket, bringing the chain to a standstill. This considerably reduces the risk of injury.

Perfect fit

The optimised cut and highly elastic stretch material make it perfectly adapted to the contours of the body and to body movements (stretch of around 30% is possible). The integral elastic waistband stretches for a comfortable and snug feel

Innovative fabrics

The outer material was designed for clothing that can stand up to extreme outdoor conditions. The Schoeller® top layer consists of a four-chambered fibre. This makes for a larger evaporation surface, so the material dries faster, providing excellent breathability. ECO TEX standard 100.2.

Optimum body temperature

The cut protection material has an improved air permeability rate of approx. 75% and thermal insulation has been reduced by approx. 21% compared to previous materials.