General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
Latest
GB/T 30161-2013
Scope
This standard specifies the technical requirements, test methods, inspection rules, packaging and marking of coated fabrics for membrane structures (hereinafter referred to as membrane materials). This standard applies to synthetic fiber or glass fiber fabric as the base fabric, which is covered with a polymer continuous layer on the surface of the base fabric by dipping, coating or lamination processes, as a coated fabric for membrane structure buildings.
GB/T 30161-2013 Referenced Document
FZ/T 01003 Test method for thickness of coated fabrics
FZ/T 01004 Coated fabrics.Determination of resistance to penetration by water
FZ/T 01007-2008 Coated fabrics.Determination of resistance to low temperature
FZ/T 01008-2008 Coated fabrics.Determination of resistance to ageing by heat air
FZ/T 01009 Textiles.Determination of the luminous transmittance of fabrics
FZ/T 01071 Textiles.Test method for capillary effect
FZ/T 60036-2013 Coated fabrics for membrane structures.Test method for joint force
FZ/T 60037-2013 Coated fabrics for membrane structures.Test method for tensile creep
FZ/T 60038-2013 Coating fabrics for mebrane stuctures.Test method for anti-soil property
FZ/T 60039-2013 Coated fabrics for membrane structures.Test method for coating peeling strength
GB/T 14801 Test method for skewness and bow in woven and knitted fabrics
GB/T 20284 Single burning item test for building materials and products
GB/T 250 Textiles.Tests for colour fastness.Grey scale for assessing change in colour
GB/T 3917.3 Textiles.Tear properties of fabrics.Part 3:Determination of tear force of trapezoid-shaped test specimens
GB/T 3923.1 Textiles.Tensile properties of fabrics.Part 1:Determination of maximum force and elongation at maximum force using the strip method
GB/T 4669-2008 Textiles.Woven fabrics.Determination of mass per unit length and mass per unit area
GB/T 8626 Test method of flammability for building materials