Amplifi protection salvo pant Men

Amplifi protection salvo pant Men

Get an extra 10% off for all orders above 200 chf with this exclusive code PENTECOTE. Offer valid online only.
TSG Crash Pant Impact Front

TSG Protection Crash Pant Impact

Amplifi protection salvo pant Men

Protection short to summer and winter sports.
Out of stock
SKU
AI7064

- MIHARO 6+ shorts with integrated climate control

- Gender specific cut and padding

- Freedom of movement


Size Guide (waist circumference in cm)

- S (Small) : 76-84 cm (EUR 40/44)

- M (Medium) : 84-96 cm (EUR 46/48)

- L (Large) : 96-104 cm (EUR 50/52)

More Information
UseFreeride
Specificities

The latest innovation in climate control textiles has been developed together with ttri. The basis of MIHARO 6+ is the natural resource of coconut shell fibres.

Those fibres have proven to be a leader amongst all other climate control fabrics with their unique characteristics of being a fast growing, renewable source, eco-friendly and a distinguished odor managing function. The blend with Polyester creates a fabric which absorbs odor, is anti-bacterial and works active on moisture regulation for very comfortable and dry. Anti bacterial: Activated carbon works as an efficient adsorbent. No chemicals, nor aluminium used for a non-allergenic function.

Anti-static: The structure of the natural fibres defuse static electricity and increase the material durability Deodor: The natural charcoal infused fibres neutralize odor causing bacteria by destroying their breading environment UV-Cut: Miharo 6+ provides an ultraviolet protection factor (UPF) of 50, blocking 98% of harmful UV radiation Far infrared ray: Miharo 6+ helps to expend capillaries and stimulates the blood circulation, which increases the regeneration capabilities and helps to maintain the general health.

Thermal technology: It allows your skin to breathe and keeps you dry and comfortable Moisture wicking: The special shape of the natural charcoal fibre has the ability of quick moisture transfer and quick drying due to its hydrophilic structure.