What's new

  • ICL (Australia) website
  • Manufactured 3,90,701 metres of PVC Belting F.Y. 2011-2012.
  • Received prestigious Certification of Recognition as “Star Export House” from Ministry of Commerce and Industry, Govt. of India.
  • Received product approvals from China and Australia and would start supply soon by 2013-14
  • Commissioned a new 4,25,000 metres annual installed capacity PVC Belting manufacturing facilities making a total of 11,25,800 metres per annum.
  • Worked on major improvisation and modernization at our Aurangabad plant to cater to the ever evolving market demands

Company News

Certifications received by ICL

General category:

  • India – Directorate General of Supplies and Disposals Registration.
  • India – Member of the Plastics Export Promotion Council (Plexconcil) since 1989
  • Global – Dun and Bradstreet assigned D&B D-U-N-S Number: 86-225-1696
  • Global – ISO 9001:2008 Certification.

Country specific Mine Safety Approval (Fire Retardant Antistatic – FRAS) for product usage:

  • India – Directorate General of Mines Safety (DGMS) approval conforming to IS 3181:1992 (Second Revision).
  • USA – Mine Safety and Health Administration approval conforming to US-MSHA Part-14, Title 30 of Code of Federal Regulations (CFR).
  • USA –Mine Safety and Health Administration approval conforming to US-MSHA Part-18, Title 30 of Code of Federal Regulations (CFR).
  • Canada – Conforming to CSA-M422-12 Type A-1.1.
  • Australia – TestSafe Australia conforming to AS 4606:2000 Grade ‘S’.
  • South Africa – South African Bureau of Standards conforming to SANS 971:2003.
  • China – Approval conforming to MT914-2008

Product Features and Range

  • Solid woven carcass reinforced fire resistant antistatic (FRAS) PVC conveyor belting for use in underground mines and surface (above ground) material handling.
  • Type 12 (upto 72-inch wide) PVC belting
  • Engaged in Wind Power generation
  • Product Range: 30” (750MM) to 72” (1800MM) width and Type-3 (3500 PIW / 610kN/m) to Type-12 (12000 PIW/ 2100 kN/m).