Parkes Zip Scuff S3 Sand

Available in Sand coloured Nubuck or black full grain Leather. The Parkes Zip Scuff Boot is a Men’s 95mm hiker style Lace Up safety boot with an industrial grade zipper so you don’t have to worry about tying up laces every day. With a new-look Scuff Cap to increase the longevity of your boots, the Parkes Zip is a popular choice for Warehouse Staff, Construction and Courier Drivers. This boot also features a TPU Outsole that is heat resistant to 130ºC, a 200J safety Steel Toe Cap and Penetration Resistant component.

Composition

The Materials

Full Grain Leather & Nubuck Leather

Each Leather is specifically chosen to ensure the style of boot is fit for purpose.

Baltico® Lining

A soft, non-abrasive, hydrophobic material that wicks perspiration away from the foot, enabling the skin to remain cool and dry.

Ortho Rebound® Footbed

Our patented Ortho Rebound® Footbed is uniquely designed to reduce foot fatigue. Made from high quality Polyurethane, it always retains its shape and thickness to ensure support from heel to toe, is antifungal, and the high wicking material keeps your feet cool and dry.

Poron

Strategically placed high-tech Poron® pads are placed in the sole and under your foot’s peak stress areas. We included Poron® in our Trisole® Comfort Technology, which is now the benchmark for safety boots.

TPU Outsole

Our standard durable outsole with heat resistance to 130°C.

Features

Boot Technology

Leather

All Steel Blue boots are made from high quality, long-lasting leather, including Nubuck, Full-Grain, TECtuff®, Suede and more.

Steel Toe Cap

Made from hardened steel for premium toe protection.

Penetration Resistant

An extra tough midsole to prevent sharp objects getting through to your foot.

TPU Outsole

Our standard durable outsole with heat resistance to 130°C.

Slip & Oil Resistance

All Steel Blue footwear is designed to exceed the Slip resistance requirement in both the AS 2210.3 and EN ISO 20345. Our boots are rated as SRC which means that the footwear has been tested in laboratory conditions on both a ceramic tile floor with a Sodium Laureth Sulfate solution (SLS) and on a steel floor with Glycerine.