Men's The North Face Dryzzle Futurelight Full Zip rain trousers black NF0A4AHLJK31

Parameters

Model/product code Dryzzle Futurelight Full Zip NF0A4AHLJK31

Leading colour Black

Brand The North Face

Country of origin of the brand USA

Gender Male

Detachable leg No

Leg opening Yes

Season Spring/Summer

Windproof Yes

Waterproof Yes

Environmental friendliness PFC-Free

Leg length Long

Model Smooth

Sport Tourism

Diaphragm design 3L - triple-layer (outer fabric permanently bonded to membrane and lining)

Ventilation No

Technologies DWR FUTURELIGHT™ Kevlar®

Material Polyester, Nylon

Breathability Yes

Fastening type Slider

Pockets Fastened Yes

Leg styles Simple

Bonded seams Yes

Men's The North Face Dryzzle Futurelight Full Zip rain trousers black NF0A4AHLJK31 2

Sizes

Size	28	30	32	34	36	38	40	42
EU size	42	44	46	48	50	52	54	56
Waist size (cm)	69-71	74-76	79-81	84-86	89-91	94-97	99-102	104-107
Hip circumference (cm)	84-86	89-91	94-97	99-102	104-107	109-112	112-114	117-119
	75	75	76	76	76	77	77	77
	80	80	81	81	81	83	83	83
	85	85	86	86	86	88	88	88

Size	XS	S	M	L	XL	XXL	3XL
Waist size (cm)	66-71	74-79	81-86	89-96	86-104	107-114	117-124
Hip circumference (cm)	81-86	89-91	97-102	104-109	112-117	119-124	127-132
	75	75	76	76	78	78	79
	80	80	81	81	83	83	84
	85	85	86	86	88	88	89

Product description

Technologies

DWR

Hydrophobic technology used in textiles that require resistance to water and snow. It allows moisture to glide across the surface of the fabric instead of being absorbed.

FUTURELIGHT™

An innovative membrane from The North Face which, thanks to its nano-fibre structure, allows air to pass through without sacrificing waterproofness and durability. The nanofibre technology allows the fabric performance to be tailored to the specific sport and use. The membrane has been successfully tested in the harshest mountain conditions.

Kevlar®

Aramid fibre material invented by American chemist of Polish origin Stephanie Kwolek, used in the production of, among other things: hiking and climbing clothing. It is characterised by lightness, stiffness, high impact and crack resistance and high temperatures. It is approx. It is about 5 times more impact-resistant than carbon fibre and does not conduct electricity (it is an insulator).