Bisley Workwear FR Ripstop Pant - 240 GSM (BP8580)

Bisley Workwear FR Ripstop Pant - 240 GSM (BP8580)

• Inherent flame resistant ripstop fabric
• Straight waistband
• Two angled side pockets
• Two back patch pockets with flap and plastic press snap closure
• Reinforced stitching at front and back rise
• Seven reinforced wide belt loops
• YKK zipper

Attributes

• Hi Visibility Material - This garment is developed to be seen in high-risk environments and protect you from workplace hazards. (AS/NZS 1906.4:2010)
• Hi Vis Day or Night - Class D/N. Day/Night garments are developed to be worn both during the day and also at night. Hi Vis colours accompanied with retroreflective taping offer maximum reflection. (AS/NZS 4602.1:2011/Admdt2:2020)
• UPF Rating 50+ - The ultraviolet radiation transmitted through a fabric to the skin is measured. 50+ offers excellent protection. (AS/NZS 4399:2017)Industrial Strength - Reinforced stitching, bartacks, rivets and heavy-duty fabrics. It is developed for industrial environments or workplaces.
• Static Control - Certain natural fibres do not attract static electricity (static neutral), reducing the risk of an electric shock to the body. 100% Cotton is the most common static control in garments. (AS/NZS 1020:1995)
• Cool Lightweight - We recognise the need to develop lightweight, breathable garments and have added mesh ventilation to crucial perspiration points on some garments.
• Flame Resistant (FR) - Made with flame resistant, inherently non-flammable fabrics. These types of materials are designed to prevent the spread of fire and will not melt or drip when near a flame. (NFPA 2112:2018)
• PPE 2 HRC 2 - Personal Protective Equipment (PPE) is an important line of defense in arc flash safety. NFPA 70E:2018 standard uses four categories of PPE, with each category including the minimum Arc Rating value for the required PPE. PPE 1: 4 cal/cm², PPE 2: 8 cal/cm², PPE 3: 25 cal/cm², PPE 4: 40 cal/cm²ATPV Rating
• ATPV Rating 11 - measurement of a material’s ability to protect a person from a burn due to exposure to incident energy resulting from an arc flash explosion. Units of cal/cm² (NFPA 70E:2018)