Portwest FR69 Shirt: Certified Flame Retardant Protection and Advanced Thermal Management

The FR69 shirt is a protective engineering piece designed to offer exceptional shielding against heat and flames in high ambient temperature conditions. Made with Bizflame Plus technical fabric, this garment combines the softness and breathability of cotton with a carbon fiber structure that provides permanent anti-static properties. Its lightweight construction allows the operator to maintain a stable body microclimate, drastically reducing the risk of thermal fatigue in sectors such as oil, gas, and petrochemical.

Why is this equipment vital for operation?

• Inherent Flame Retardant Protection: The fabric treatment ensures that flame resistance properties do not degrade with washing cycles, providing a reliable barrier against radiant, convective, and contact heat throughout the garment's lifespan.
• Electrostatic Discharge Control: The integration of carbon fibers allows for the safe dissipation of static, complying with safety protocols for classified areas (ATEX) and minimizing the risk of ignition by spark in explosive atmospheres.
• Comfort in Hostile Environments: Its design includes a vented back and a highly absorbent fabric that facilitates sweat evaporation, allowing the worker to stay dry and focused on high-precision tasks under sun exposure or industrial heat sources.

Regulatory Compliance Analysis

This equipment complies with international standards EN ISO 11612 (Protective clothing against heat and flame) and EN 1149-5 (Electrostatic properties). The inclusion of flame-retardant reflective tapes ensures that the operator is visible in low-light conditions without compromising the structural integrity of the garment in the event of an accidental thermal incident.

• Material: Bizflame Plus (99% Cotton, 1% Carbon Fiber) 160g.
• Sun Protection: UPF 40+ factor that blocks 98% of UV radiation.
• Functional Design: Two chest pockets with safety flaps and adjustable cuffs with snap buttons for quick sealing.
• Resistance: Triple stitching at critical points to prevent mechanical tearing in harsh use conditions.