Laserfiche WebLink
PRODUCT CODE: SS -376 & SS -390 CORBELS AND SKIRTS <br />PRODUCT DESCRIPTION: C•UNITS/SKIRTS <br />COMPOSITION - Typical values: <br />Material: E - glass Fibre <br />Isophalic polyester resin <br />Component <br />% FVF <br />S8-376 CORBEL <br />25 <br />S8- 376 SKIRT <br />Authorlsed by: <br />S8-390 CORBEL <br />25 <br />S8-390 SKIRT <br />16 <br />PRODUCT CODE: SS -376 & SS -390 CORBELS AND SKIRTS <br />PRODUCT DESCRIPTION: C•UNITS/SKIRTS <br />COMPOSITION - Typical values: <br />Material: E - glass Fibre <br />Isophalic polyester resin <br />Component <br />% FVF <br />S8-376 CORBEL <br />25 <br />S8- 376 SKIRT <br />17 <br />S8-390 CORBEL <br />25 <br />S8-390 SKIRT <br />16 <br />Surface resistivity: <br />Independent test authorities (British Standards Institute and Electrical Research <br />Authority) have established that in order to prevent a build up of static electricity the <br />surface resisitivity must be less than 1 KQ/cm2. <br />Although, there are no specific test criteria for composite access chambers, Fibrelite's <br />access covers have been tested by BSI and comply with the requirements of BS 2050: <br />Appendix A 4.1. Due to the fact that the manufacturing process is the same for both <br />components, and that the surface material used to achieve the anti -static properties on <br />the cover is used on the chamber. We can therefore verify that both the cover and <br />chamber comply with the specified requirements of BS 2050: Appendix A 4.1. <br />Chemical resistance: <br />The resin system used to manufacture access covers is also used to manufacture <br />access chambers. Therefore, the results obtained for the access cover (compliance to <br />BS 903: Part A18) will also apply to the access chamber. <br />