Edition 70 (April-June, 2023)
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Technical Article<br />
High impact strength with negligible in plane deflection after fracture and adhesion test<br />
(IS: 2553 (Part 1): 1990)<br />
Fractured Laminated Glass Specimens (plate model) after three-point bending loading; crack<br />
propagation view through targeted side of the specimen with 1.5 mm Aneeb “RKSMT-GCF”<br />
interlayer. [Flexural strength (N/mm2): 56.80]<br />
RKSMT-GCF Glass<br />
Solution by Aneeb<br />
Chemicals<br />
Photo Cross Linked Interlayer Based On UV<br />
Curing Technology<br />
Offers safe breakage and fragment retention, is durable<br />
and cost-efficient and the process saves energy and time.<br />
Aneeb “RKSMT-GCF” Glass<br />
Solution is a photo cross<br />
linked interlayer based on UV<br />
curing technology developed by the<br />
Department of Chemistry, Chaudhary<br />
Charan Singh University, Meerut,<br />
and the Department of Science &<br />
Technology, Government of India,<br />
under the ‘Make in India’ initiative.<br />
Aneeb Chemicals Private Limited<br />
has been granted a patent for the<br />
technology for the term of 20 years<br />
from March 7, 2017 in accordance<br />
with the provisions of the Patents<br />
Act,19<strong>70</strong>.<br />
This technology is environmentfriendly<br />
and offers several advantages<br />
over conventional curing methods.<br />
Aneeb “RKSMT-GCF” interlayer offers<br />
safe breakage and fragment retention,<br />
is durable and cost-efficient and the<br />
process saves energy and time.<br />
Aneeb “RKSMT-GCF” confirms<br />
to IS standard and is tested by<br />
government-approved test labs.<br />
;;<br />
No volatile emissions<br />
;;<br />
Room temperature operations<br />
;;<br />
Rapid curing<br />
;;<br />
Reduced waste<br />
106 Glass Bulletin | <strong>April</strong> - <strong>June</strong>, <strong>2023</strong>
Change language