Reflective Sheeting
It is a flexible retro reflective material primarily used to increase the nighttime conspicuity of traffic signs, high-visibility clothing and other items so they are safely and effectively visible in the light of an approaching driver's head lamps. They are also used as a material to increase the scanning range of bar codes in factory settings. Some of the grades are given below:
| These are enclosed lens reflective sheeting with reflectivity exceeding specification ASTMD-4956-04 Type 1. |
| Best for : Advertisements/signs, sticker, number plates within areas having low volume, little competing surrounding lights and lower speed traffic. |
| These are used for exclusive prismatic construction sheeting, backed by reliability. These sheets come with pressure sensitive adhesive. |
| Best for : Permanent and temporary signages, high quality durability, microprismatic material with pressure sensitive adhesive. |
| These sheet are high quality durable prismatic sheeting for temporary and commercial signage. The reflectivity exceeds specification ASTMD 4956-04 Type 4. |
| Best for : All traffic situations. Prismatic Engineering Grade is extremely reflective at large angles for the approaching traffic. |
| These are contemporary microprismatic sheeting. Their reflectivity meets specification ASTMD 4956-04 Type 8. |
| Best for : These are used for visibility in any lights or weather conditions. Super Prismatic Grade gives good performance at short sight distance. |
| These are contemporary microprismatic sheeting. Their reflectivity meets specification ASTMD 4956-04 Type 9 and 11. |
| Best for : These are used for visibility in any lights or weather conditions. Super Prismatic Grade gives good performance at short sight distance. |
| Aluminium Composite Panel Sheet is mainly used for external and internal architectural cladding or partitions, false ceilings, road signages etc. These are also used as an alternative to expensive and heavier substrates. The products flexibility, low weight, easy forming and processing allow for innovative design with increased rigidity and durability. |