ProGARM 5480 Arc T-shirt
ProGARM 5480 Arc T-shirt
Fromexcl. VAT
£90.10
Premium long sleeved T-shirt constructed using VXS+ Inherent Interlock fabric with soft touch finish. Tested to achieve Category 2 ARC with 9.9 cal/cm² protection.
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Premium long sleeved T-shirt constructed using VXS+ Inherent Interlock fabric with soft touch finish. Tested to achieve Category 2 ARC with 9.9 cal/cm² protection.
The ProGARM ARC T-SHIRT is a premium long-sleeved shirt designed for maximum protection in high-risk environments. Constructed using VXS+ Inherent Interlock fabric with a soft touch finish, this shirt has been tested to achieve Category 2 ARC with 9.9 cal/cm² protection.
This shirt is suitable for a range of industries including petrochemical, utilities, industrial electrical, and power generation. It meets various standards and certifications including BS EN 1149-5, BS EN ISO 11612, and BS EN 61482-2.
The ARC T-SHIRT features a round neck rib knit collar for a traditional design, as well as a VXS+ blend for a natural feel, comfort, and softness. The shirt is breathable with good moisture management, making it ideal for long hours of wear in challenging conditions.
The open cuffs and relaxed fit provide added comfort, while the generous length ensures maximum protection for the wearer. The Hi-Vis Yellow & Navy (Two Tone) colour scheme is not only stylish but also ensures visibility in low-light conditions.
Additionally, the shirt features a SafetyICON on the arm, providing a visual EN Norm icon system for easy identification of safety features. The colour of the shirt is matched to other navy ProGARM garments for a cohesive appearance.
Overall, the ProGARM ARC T-SHIRT is a high-quality garment that offers superior protection and comfort for workers in high-risk industries. Whether you are working in a petrochemical plant, a utility company, or an industrial electrical setting, this shirt is designed to keep you safe and comfortable throughout your workday.
Delivery will be made to the Buyer’s business location. The Buyer is responsible for unloading the goods and adhering to any health and safety requirements. Once delivered, the Buyer assumes all risks for unloading and storage.
Delivery is considered complete when the goods arrive at the Buyer’s location. Delivery charges may apply based on the order value and location.
Delivery dates are estimates, and delays do not entitle the Buyer to cancel the order or claim damages.
If the Buyer refuses delivery, payment is still due immediately, and the Buyer is liable for any storage or related costs. If goods are not collected within 14 days, the Company may dispose of them.
Shortfalls and Non-Delivery
The Company’s record of the quantity shipped is final unless the Buyer provides conclusive evidence otherwise.
The Company must be notified in writing within seven working days of any non-delivery or shortfall.
The Company’s liability for non-delivery or shortfall is limited to re-delivery or issuing a credit note.
Returns
Returns may be accepted in exceptional circumstances if the goods are undamaged, returned within 21 days with a return reference, and notified within 14 days of delivery.
Returns are not accepted if the goods have been altered, marked, or made to the Buyer’s specifications.
A 20% restocking fee applies to returned goods not suitable for immediate resale. Additional costs for making goods resaleable will be charged to the Buyer. If the goods cannot be resold, the Buyer remains liable for the full price.
For complete delivery and returns conditions, please check our Terms & Conditions.
At ProGARM, we understand the critical importance of protecting your team from Arc Flash incidents and ensuring their safety with specialist Arc Flash, Flame Resistant, and Anti-Static clothing. As awareness of these dangers grows, so does the need for reliable protective solutions.
Our expertise lies in recognising the risks faced by those working in power generation, petrochemicals, railways, industrial electrical environments, and utility businesses. We are dedicated to providing the best possible protective garments to mitigate these risks effectively.
