High strength nylon cable ties for sign/banner/tag fixing or tidying of cables
Material Options Explained
Below is a more detailed description of the materials this particular safety sign is available in. Helping you decide which sign option is most suitable for your application.
Rigid Plastic: Lightweight, gloss white PVC with high impact strength. Suitable for both internal and external safety signs. Easily drilled for wall fixing.
Self-Adhesive Vinyl: A high gloss, flexible PVC vinyl with self-adhesive backing. Suitable for applying to most smooth, dry and clean surfaces. Ideally suited for internal signs.
Photoluminescent Rigid Plastic: 1.2mm Rigid PVC with photoluminescent (glow in the dark) pigmentation. Afterglow properties exceed PSPA Class C grade, as measured to DIN 67510 , provides razor sharp definition even in blackout conditions.
Photoluminescent Self Adhesive: Flexible PVC with photoluminescent (glow in the dark) pigmentation. Afterglow properties exceed PSPA Class C grade, as measured to DIN 67510 , provides razor sharp definition even in blackout conditions.
Aluminium: 0.9mm aluminium with a gloss white powder coated face. Suitable for both internal and external applications. Excellent weathering and UV resistance provides a long-life product.
Polycarbonate: 2mm transparent and flame retardant polycarbonate, provides extreme resistance to impact. Sub-surface printing reduces the risk of damage or vandalism to the sign face.
Rigid Plastic with Self Adhesive Back: Rigid PVC provides a durable finish, whilst a high tack self-adhesive backing removes the need for drilling, screwing or additional adhesive fixings. Also referred to as Quick-Fix signs.
Fluted Polypropylene: A corrugated twin-walled plastic, ideal for temporary signage. Lightweight, waterproof and strong, 100% recyclable.
PVC Banner: Flame resistant 440gsm PVC banner for indoor or outdoor applications. Digitally printed for eye-catching displays.
Brass/Aluminium Effect: A 2-Ply 1.5mm rigid PVC laminate with brushed aluminium or brass effect surface. Heat-resistant and robust to withstand the toughest environments
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