JGJ 113-1997 Technical Specification for Application of Architectural Glass JGJ113-97 JGJ113-1997 Standard download decompression password: www.bzxz.net

Engineering Construction Standard Full-text Information System
Industry Standard of the People's Republic of China
Technical Specification for Application of Architectural Glass
113-97
1997Beijing
Engineering Construction Standard Full-text Information System
WEngineering Construction Standard Full-text Information System
Industry Standard of the People's Republic of China
Technical Specification for Application of Architectural Glass
113-97
1997Beijing
Engineering Construction Standard Full-text Information System
WEngineering Construction Standard Full-text Information System
Industry Standard of the People's Republic of China
Technical Specification for Application of Architectural Glass Glass113-97
Editing Unit: Glass Research Institute, China Building Materials Science Research Institute Ministry of Construction of the People's Republic of China
Approving Department: China
Effective Date: January 1
Engineering Construction Standards Full-text Information System
Engineering Construction Standards Full-text Information System
Notice on Issuing the Industry Standard "Technical Code for Application of Architectural Glass"
Construction Standard [1997] No. 266
Construction Committees (Construction Departments) of all provinces, autonomous regions, and municipalities directly under the Central Government, Construction Committees of cities with independent planning status, and relevant departments of the State Council:
In accordance with the requirements of the Ministry of Construction's Notice No. Jianbiao [1995] 314, the "Technical Code for Application of Architectural Glass" edited by the Glass Research Institute, China Building Materials Science Research Institute, has been reviewed and approved as a mandatory industry standard, numbered JGJ113-97, and will be implemented on April 1, 1998.
This code is managed by the China Academy of Building Research, the technical unit responsible for building engineering standards of the Ministry of Construction, and the specific interpretation work is the responsibility of the Glass Research Institute of the China Academy of Building Materials Science.
This code is organized and published by the Standard and Norms Research Institute of the Ministry of Construction. Ministry of Construction of the People's Republic of China
October 13, 1997
Engineering Construction Standards Full-text Information System
W.bzsosO.cOEngineering Construction Standards Full-text Information System
2 Terms and symbols·
2.1 Terms·
2.2 Symbols·
3 Glass and installation materials
3.1 Glass·
3.2 Glass installation Materials
4 Wind pressure resistant design of glass
4.1 Determination of wind load
4.2 Wind pressure resistant design
Safety regulations for human impact·
General regulations·
5.2 Selection of glass
5.3 Protection measures
·Installation...
Installation dimension requirements·
6.2 Use of glass installation materials
6.3 Wind pressure resistant design of glass Installation requirements for side shifting
? Heat crack prevention of building glass
7.1 Design
7.2 Installation
7.3 Use and maintenance
8 Shutters and roof glass
8.1 Shutter glass
8.2 Roof glass
Engineering construction standard full text information system
000 Electric +:
W. Engineering construction standard full text information system| |tt||9 Underwater glass
9.1 Performance requirements for underwater glass
9.2 Design and calculation of underwater glass
10 Indoor hollow glass brick partition
10.1 Material performance requirements
10.2 Design and construction requirements
Appendix A
Appendix B
Maximum allowable area of ​​common glass varieties
Calculation of center temperature T of glass plate and frame temperature T Explanation of terms used in this code
Additional explanation
Engineering construction standard full text information system
W Engineering construction standard full text information system
1.0.1 This code is formulated to make the application of architectural glass safe, reliable, economical, reasonable, practical and beautiful.
2 This code applies to the application design and installation construction of architectural glass. 1.0.3
3 The application design and installation of architectural glass and its installation materials shall comply with the provisions of this code and the relevant national standards in force. Engineering Construction Standard Full-text Information System
Engineering Construction Standard Full-text Information System
2 Terms and Symbols
2.1 Terms
2.1.1 External installationexternalinstallation An installation method in which one or both sides of the glass are exposed to the outside of the building. 2.1.2 Internal installationinternalinstallation An installation method in which neither surface of the glass is exposed to the outside of the building. 2.1.3 Glass frameglassframe
A structure made of wood, metal or other durable materials or a combination of these materials for installing glass.
2.1.4 Rabbet
A part of the frame with a cross-section at a 90° angle and the edge of the glass placed inside it. 2.1.5 Groove
is a part of the frame with a concave cross-section, in which the edge of the glass is placed. 2.1.6 Bedding
is an installation material located in the groove, in which the glass is embedded. 2.1.7 Bead installation bead is a wooden strip, metal strip or other rigid material strip fixed on the groove to clamp the glass. 2.1.8 Location blocks
is an elastic material block located between the edge of the glass and the groove to prevent the glass and the groove from moving relative to each other.
2.1.9 Setting blocks
is an elastic material block located between the bottom edge of the glass and the groove to support and keep the glass in the center of the groove.
2.1.10 Distance pieces are elastic pieces of material located between the glass and the vertical surface of the groove to prevent the glass from moving due to load.
2.1.11 Gasket
Specially formed material used to embed or fix glass. 2.1.12 Fronting
A triangular strip of mounting material located between the glass surface and the front edge of the groove on the platform of the groove.
2.1.13 Aspect ratio
aspectratio
The ratio of the long side to the short side of the glass plate.
2.1.14 Span
The distance between two supporting parts; for glass supported on four sides, it corresponds to the smaller value of the light transmission dimension.
2.1.15 sightline
The dividing line between the light-transmitting part of the glass and the opaque part covered by the glass installation material after the glass is assembled in the frame.
2.1.16 sight size
The size of the light-transmitting part after the glass is assembled. 2.1.17 Fixed door glass sidepanels
Glass installed in the door frame fixed at the door opening. 2.1.18 Safety glass safeglass
Refers to laminated glass that meets the provisions of national standard GB9962 and tempered glass that meets the provisions of national standard GB9963.
2.1.19 Framed glass framedpanels have supporting parts with sufficient rigidity to continuously wrap all edges of the glass. 2.1.20 Unframed glass unframedpanels When the supporting parts do not meet the requirements of framed glass, the glass is frameless glass.
2.1.21 General annealing glass general annealing glass is made by float, flat drawing, vertical drawing, no annealing, etc., and its internal stress is eliminated or reduced to the allowable value by heat treatment. 2.1.22 Exposed edges exposededges
Engineering Construction Standard Full Text Information System
W.bzsosO.coI Engineering Construction Standard Full Text Information System
The edge of glass without supporting parts is an exposed edge, except when two pieces of glass are adjacent and connected by sealant.
2.1.23 Front clearance front clearance distance between the outer surface of the glass and the vertical surface of the front end of the bead or groove. 2.1.24 Back clearance back clearance
The distance between the inner surface of the glass and the vertical surface of the rear end of the groove. 2.1.25 Edge clearance edgeclearancl
The distance between the edge of the glass and the bottom of the groove. 2.1.26 Embedment depth edgecover
The distance between the edge of the glass and the visible line. No.
-Wind load standard value;
β-wind vibration coefficient;
-wind load body shape coefficient;
-wind pressure height variation coefficient,
-basic wind pressure;
-maximum allowable area of ​​glass panel,
-glass wind pressure adjustment coefficient;
-thermal stress of glass;
-shadow coefficient;
μ2-curtain coefficient;
-glass area coefficient;
glass center temperature;
-window frame temperature;
T. Glass edge temperature;
4——Edge temperature coefficient;
u——Deflection;
p——Liquid density;
Engineering Construction Standard Full-text Information System
Engineering Construction Standard Full-text Information System
4u——Permissible horizontal deformation of the frame.
Engineering Construction Standard Full-text Information System
Engineering Construction Standard Full-text Information System
3 Glass and installation materials
3.1 Glass
Buildings can use ordinary flat glass, float glass, hollow glass, tempered glass, laminated glass, wired glass, heat-absorbing glass, bullet-proof glass, etc. according to functional requirements. 3.1.2
Regulations:
The appearance quality and performance of architectural glass shall comply with the following national standards in force: "Ordinary Flat Glass" GB4871
"Float Glass" GB11614
"Laminated Glass" GB9962
"Tempered Glass" GB9963bzxz.net
"Insulating Glass" GB11944
"Heat-absorbing Glass" JC/T536
"Wired Glass" JC433
"Bullet-proof Glass" GJB501
3.2 Glass Installation Materials
3.2.1 Glass Installation Materials shall comply with the following national standards in force: "Putty for Building Doors and Windows" GB7109
"Polyurethane Building Sealant" JC482
"Polysulfide Building Sealant" JC483
"Acrylate Building Sealant" JC484
"Elastic Sealant for Building Windows" JC485
"Silicone Building Sealant" GB/T14683
"Sealing Strips for Plastic Doors and Windows" GB12002
"Material Specifications for Preformed Solid Vulcanized Structural Sealing Pads for Building Rubber Sealing Pads" Engineering 6 Construction Standards Full-text Information System
Engineering Construction Standards Full-text Information System
GB10711
"Material Specifications for Preformed Solid Vulcanized Rubber Sealing Pads for Sealing Glass Windows and Panels for Building Rubber Sealing Pads" GB10712
3.2.2 The installation materials of glass curtain walls shall comply with the provisions of the current industry standard "Technical Specifications for Glass Curtain Wall Engineering" JGJ102.
3.2.3 The support block should be made of extruded unplasticized PVC, plasticized PVC or chloroprene rubber with a Shore A hardness of 80 to 90. 3.2.4 The positioning block and spacing piece should be made of elastic non-absorbent material. Engineering Construction Standard Full Text Information System
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.