Syntec GRC is a specialist manufacturer of GRC façade cladding elements and architectural dressings.
We manufacture several different product groups using different manufacturing and quality methods
UHQGRC – this is our main production method based on Spray Process GRC. It is used for large format cladding panels manufactured to the very highest quality standards anywhere in the world. It is based on Spray Process GRC with significantly enhanced quality control and testing requirements
FINISHES – are used in the production of Ultra High Quality GRC cladding panels to provide an appearance similar to that which can be obtained with architectural pre-cast concrete. These finishes, commonly known as “facing coats” have been fully developed and tested by a UKAS accredited laboratory in accordance with PCI MNL-130-09
PREMIX GRC – suitable for architectural dressings such as heads, cills, cornices and small (less than 1m2) cladding panels
Learn more about manufacturing processes
Manufactured using the Spray Process to the highest standards of quality available.Learn more
Laboratory developed facing coats for use with Spray Process GRC/UHQGRCLearn more
Premix GRC is the simplest method of manufacturing GFRC with a lower flexural strength, ideal for smaller architectural features.Learn more
Commited to Quality, Service & Price
Whichever of our various types of GRC/GFRC are required we are totally committed to providing the highest quality products, at the most competitive price supported by what we hope is an enhanced customer experience.
Our Premix products fully meet the requirements of the GRCA Specification whilst our more advanced Spray Process UHQGRC are manufactured to our own group specification which both meets and exceeds the GRCA Specification, EN 1169 and PCI MNL-130-09 requirements. All required testing for both these product groups is carried out by UKAS accredited conformity assessment bodies. GRC/GFRC elements produced from either Premix or UHQGRC will be competitive with competitor pricing.
UHPGRC is produced only for very specific applications demanding higher flexural strengths