We use cookies to make your experience better. Some cookies are essential to the functioning of this site whereas others are non-essential but help us provide a better browsing experience. To comply with the new e-Privacy directive we need to ask for your consent to set non-essential cookies. If you do not give permission you may continue to use this site and only essential cookies will be set. Learn more.
Apache Moose Jaw Leather Waterproof Safety Boots Wheat
- Sizes: 6, 7, 8, 9, 10, 11, 12
- 200 joule aluminium toe cap
- 300°C heat-resistant sole
- XTS 'Xtra Traction System' outsole
- Lightweight and durable
- Ladder grip
- Fuel and oil resistant
- Comes with Apache insock for extra comfort
- Breathable and waterproof
- Safety rating: S7 S HRO LG FO SC
- Slip rating: SR
- Test standard: EN ISO 20345-2022
- Colour: Wheat
- MPN: MOOSE JAW WHEAT
- Sizes: 6, 7, 8, 9, 10, 11, 12
- 200 joule aluminium toe cap
- 300°C heat-resistant sole
- XTS 'Xtra Traction System' outsole
- Lightweight and durable
- Ladder grip
- Fuel and oil resistant
- Comes with Apache insock for extra comfort
- Breathable and waterproof
- Safety rating: S7 S HRO LG FO SC
- Slip rating: SR
- Test standard: EN ISO 20345-2022
- Colour: Wheat
- MPN: MOOSE JAW WHEAT
The Apache Moose Jaw Leather Safety Boots offer the latest protection in safety footwear standards. The inside of the boots come with the Apache insock, creating a super soft core, while the lining is manufactured with recycled bottles. The outside of the boots are manufactured from leather, making them waterproof and provide outstanding durability and comfort. The rubber outsole, which passes the new slip resistant test, is heat and oil resistant up to 300°C. In addition, the outsole is also equipped with XTS 'Xtra Traction System' ensuring excellent grip and stability. It comes with the new ladder grip rating, to ensure the boots give maximum grip while climbing ladders. They also comply to the latest scruff cap regulation, requiring an abrasion test of 8,000 cycles, which must prevent the overcap from developing holes across the surface.