null
RockFall

Rockfall Atlanta PM4050 Lightweight Safety Trainer

(No reviews yet) Write a Review
SKU:
P-RFPM40503
  • RockFall Rockfall Atlanta PM4050 Lightweight Safety Trainer
  • RockFall Rockfall Atlanta PM4050 Lightweight Safety Trainer
  • RockFall Rockfall Atlanta PM4050 Lightweight Safety Trainer
  • RockFall Rockfall Atlanta PM4050 Lightweight Safety Trainer
€83.17 Inc. VAT
€67.62 Ex. VAT

Description

The PM4050 Atlanta is a breathtakingly lightweight safety trainer that has been manufactured using a single knit upper, that offers outstanding breathability and water repellent properties.

It has a 100% non metallic construction, including a fibreglass toecap and composite midsole.

Atlanta is an ideal choice for contracts due the vegan friendly materials, sleek sports styling and vast, UK 3-13 size range enabling it to be ‘the one for everyone’.

The outsole complex is a dual density EVA nitrile rubber outsole which gives abrasion resistance whilst providing exceptional shock absorption and weight reduction.

All day comfort comes from an Activ-Step® PU anti-fatigue comfort footbed.

Upper Material: 100% Polyester mesh

Eyelets: Plastic

Webbing and Trims: 100% Polyester

Laces: 125cm Polyester

Thread: Nylon

Tongue: Inner: 100% Polyester mesh / Outer: 100% Polyester mesh

Collar: Inner and Outer: 100% Polyester

Footbed: Activ-Step® comfort PU foam, 100% Polyester top mesh

Lining: 100% Polyester

Outsole: Midsole 61% Bio-EVA (USDA Certified) + Activ-Step® Adherence™ rubber outsole skin

Protective Toecap: Fibreglass

Protective Midsole: Activ-step® Aramid Fibre

Branded Tongue Label: 100% recycled polyester

Packaging: FSC® accredited, recycled, reusable and recyclable paper/card. Printed using soybean ink accredited by the American Soybean Association®. Zero single use plastic. We encourage you to give this packaging a second life.

Other Features/Benefits: Above and beyond slip resistance tested in accordance to Satra test method, TM144:2021 mimicing a wet quarry tile surface in real world conditions, achieving extremely high results.

View AllClose