GB/T 31480-2015
Materials for high vacuum multilayer insulation of cryogenic vessel
- Standard No.
- GB/T 31480-2015
- Language
- Chinese
- Release Date
- 2015
- Published By
- General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
- Lastest
- GB/T 31480-2015
- Scope
- This standard specifies the product types and models, raw materials, technical requirements, test methods, inspection rules, signs, product delivery information and requirements for packaging, transportation and storage of high-vacuum multi-layer insulation materials commonly used in cryogenic containers. This standard is applicable to the insulation material composed of spacer materials and reflective screens alternately in cryogenic containers adopting high-vacuum multi-layer insulation.
GB/T 31480-2015 Referenced Document
- BB/T 0030-2004 Plastic packaging film deposited with aluminium
- GB/T 12914 *， 2019-07-01 Update
- GB/T 14014 Synthetic fiber bolting cloths
- GB/T 15717 Test method for vacuum-deposited metal thickness—Electric resistance method*， 2021-10-11 Update
- GB/T 16958 Biaxially oriented polyester film for package
- GB/T 22638.5 Test methods for aluminium and aluminium alloy foils—Part 5：Determination of wettability*， 2016-12-30 Update
- GB/T 31481-2015 Guidance for gas/materials compatibility of cryogenic vessels
- GB/T 3198 Aluminium and aluminium alloy foils*， 2020-03-31 Update
- GB/T 451.1 Paper and board--Determination of size and deviation
- GB/T 451.2 Paper and board-Determination of grammage
- GB/T 451.3 Paper and board determination of thickness
- GB/T 9914.2 Test method for reinforcement products.Part 2:Determination of combustible-matter content for glass fibre
- JB/T 8105.1 Vacuum technology.Connector of vacuum gauges.Part 1: Rubber seal*， 2015-10-10 Update
- JB/T 8105.2 Vacuum technology.Connector of vacuum gauges.Part 2: Metal seal*， 2015-10-10 Update
- JC/T 170 E-glass fiber fabrics
GB/T 31480-2015 history
- 2015 GB/T 31480-2015 Materials for high vacuum multilayer insulation of cryogenic vessel