Harkie Hi-Vis Innovation 2 Smock in Orange
SKU CS-H1620-OR-S
Original price
£187.80
-
Original price
£187.80
Original price
£187.80
£187.80
-
£187.80
Current price
£187.80
Delivery in 3-7 days
Delivery in 3-7 days
Delivery in 3-7 days
Delivery in 3-7 days
Delivery in 3-7 days
Delivery in 3-7 days
Hi-Vis Innovation 2 Smock - Orange
Lightweight, breathable and waterproof, the Innovation 2 builds on the success of our original Forestry design with a whole host of improvements and new features.
- Rainblok technology – Class 4 breathable and waterproof
- Robust and very hardwearing
- Waterproof breast pocket
- Extended back and collar to keep you dry
- Internal sawdust skirt
- Authorised for railway and highway use
DESCRIPTION
The Harkie Waterproof Innovation 2 Smock is a tough, breathable, hardwearing yet lightweight jacket ideal for active outdoor work such as tree surgery. Now made from new revolutionary RainBlok fabric, the Harkie Innovation 2 Smock is known for its extreme resistance to the elements, keeping users dry and comfortable in even the most adverse conditions.
SPECIFICATION
- Made from highly technical RainBlok fabric that exceeds EN343 Class 4:4 for waterproofness and breathability, providing outstanding protection in wet weather
- Very hardwearing, lightweight fabric along with excellent manufacturing quality ensure market leading durability
- Underarm ventilation zips for enhanced breathability
- Internal lightweight wicking lining to wick sweat away from the body
- Internal sawdust skirt (with option to remove if not required)
- Contemporary, two tone stylish design
- High collar and long back also help keep wearer dry and prevent water ingress
- Internal waterproof breast pocket
- Half zip front opening prevents garment coming undone and reduces risk of catching in machinery
- Adjustable outer cuffs with internal stretch cuff
- Quadruple stitched reflective tape
- Extended back for weather protection when felling
- EN343 4:4 waterproof rating & breathability
- EN20471 for highways use
- Complies with RIS-3279-TOM