310 x gypframe MF7 primary support channel 3.6m & gyproc 25
310 x 3.6 MF7 gypframe support channel British Gypsum Gypframe Primary Support Channel is specifically designed to provided support to flat or curved suspended ceilings. Its intended use is to be used with the MF5 ceiling section. This support channel is perfect to form a primary grid when used in conjunction with a perimeter channel. To make the perfect system the MF7 is fixed to the MF5 with Gyproc Wafer Head screws. This product comes in a single length. Manufactured from the UltraSTEEL™ manufacturing process which alters the characteristics of plain steel, providing higher strength capacity at a lighter gauge UltraSTEEL™ is unique to British Gypsum and the Gypframe product range. Along with an aesthetic difference, UltraSTEEL™ provides additional benefits over plain steel, these being improved yield strength, improved load carrying capacity, improved screw retention and strip out strength and improved resistance to screw pull-out Gypframe metal products are produced to the European manufacturing standard EN and are manufactured under a quality system independently audited and certified as conforming to ISO . The EN standard does not cover component design or system performance Up to 50% lighter than equivalent timber systems, and up to 70% lighter than blockwork, Gypframe metal products are easier to transport and offer a high strength to weight ratio for guaranteed performance and long life. Gypframe components are easy to cut on site, non-flammable and won’t rot, twist or warp. They can be stored outside and installed in any weather, making it easier to schedule work 200 approx. 3m 25mm x 25mm gyproc, gypframe angle. (inbox to check exact quantitie please. ie need to go and count the angles at the yard but 200 is min) GA1 - 25mm x 25mm angles, primarily used as the hanging angle in Gyproc MF systems. Total cost was over 3k + VAT !!!!! NO RESERVE materials were delivered, not used, cannot return and not needed so as new. Thanks for looking happy bidding Read More