Bisley Workwear Taped Hi Vis Ripstop Shirt (BS6415T)

Bisley Workwear Taped Hi Vis Ripstop Shirt (BS6415T)

• Perforated reflective taped hoop pattern
• Bisley X AirflowTM ventilation at multiple heat stress areas
• Two chest pockets with touch tape closure
• Pen division and hidden phone pouch on left chest pocket
• Two piece contrast coloured structured collar
• Contoured shape two piece sleeve
• Two button adjustable sleeve cuff

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 40 - The ultraviolet radiation transmitted through a fabric to the skin is measured. 40 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.
• X AIRFLOW™ - Bisley's X Airflow™ Technology is based on a 3D cooling system, where the air flows through multiple ventilation points on the garment at key heat stress areas.
• Bioscience Fresche - Fresche microbial treatment is a highly effective approach to long-term control and protection against the growth of bacteria and fungus, which causes stubborn odours and stains. Fresche is invisible when applied, it will not impact or change the colour or feel of the garment. Fresche® is derived from coconut oil - a safe, sustainable, renewable resource.