RKSMT-GCF Glass Solution by Aneeb Chemicals

Photo Cross Linked Interlayer Based On UV Curing Technology

Offers safe breakage and fragment retention, is durable and cost-efficient and the process saves energy and time.

Aneeb “RKSMT-GCF” Glass Solution is a photo cross linked interlayer based on UV curing technology developed by the Department of Chemistry, Chaudhary Charan Singh University, Meerut, and the Department of Science & Technology, Government of India, under the ‘Make in India’ initiative.

Aneeb Chemicals Private Limited has been granted a patent for the technology for the term of 20 years from March 7, 2017 in accordance with the provisions of the Patents Act,1970.
This technology is environment-friendly and offers several advantages over conventional curing methods. Aneeb “RKSMT-GCF” interlayer offers safe breakage and fragment retention, is durable and cost-efficient and the process saves energy and time.

Aneeb “RKSMT-GCF” confirms to IS standard and is tested by government-approved test labs.

No volatile emissions
Room temperature operations
Rapid curing
Reduced waste

Aneeb “RKSMT-GCF” interlayer is compatible with annealed as well as toughened glass and can be casted with variable thicknesses ranging from 0.5 mm to 2.5 mm

Aneeb “RKSMT-GCF” interlayer is Government of India approved technology and has many more benefits such as easy availability, cost efficiency, reduced production cycle time, energy saving during conversion process etc…

Aneeb Chemicals Pvt. Ltd. have been able to carve out a niche for itself in this field and is considered a reputed entity. With diligence and trustworthiness, the company works with the aim to serve clients in construction, chemical, mining and many more industries.

Its complete product range includes gypsum bonding and internal plastering solution, construction chemicals, concreate repairing solutions & tile fixing adhesives.

The company has a team of highly experienced professionals and is equipped with advanced warehousing, transportation, and quality testing facilities.