1.0.1 This code is formulated with a view to satisfying the requirements of production process, conserving energy, improving labor condition, enhancing economic benefit and guaranteeing the quality of insulation engineering design.
1.0.2 This standard is applicable to the insulation engineering design of industrial equipment and pipe with its outside surface temperature at between - 196℃ and 850℃.
This standard is not applicable to the insulation design of instrument and pipe for the nuclear energy, aviation and space system that have special requirements as well as building pipes, cold storage pipes and long-distance pipelines.
1.0.3 The following common requirements shall be met in insulation design:
1.0.3.1 The application environment and adiabatic surface temperature shall be considered in selecting materials that comply with the current national and professional standard. As to the new materials, they may be adopted only after the verification of the national inspection department.
1.0.3.2 In insulation design, adiabatic computing shall be done according to the process, energy-efficiency, dew-prevention and economy requirements, and the insulation structure shall also be determined.
1.0.4 In insulation engineering designing, not only the requirements stipulated in this standard, but also those in the current relevant ones of the nation shall be complied with.
1 General rules 2 Terms and symbols 2.1 Terms 2.2 Symbols 3 The Selection of Insulating Materials 3.1 Performance Requirements of Insulating Materials 3.2 Performance Requirements of Damp-proof Course Materials 3.3 Performance Requirement of Protective Layer Materials 3.4 Major Performance Requirements of Adhesive Agent, Sealant and Anti-wear Agent 4 Adiabatic Computing 4.1 Heat Insulation Calculation 4.2 Cold Insulation Calculation 4.3 Thermal Insulation Layer Thickness Calculation 4.4 Calculation of heat loss and cold loss 4.5 Calculation of Thermal Insulation Layer outside Surface Temperature 4.6 Calculation of Ectonexine Interface Temperature for Double Insulating Layers 4.7 Calculation of Energy Price and Thermal Insulation Construction Unit Price 4.8 Parameters of Heat Insulation Calculation 4.9 Parameters for Cold Insulation Calculation 5 Design of Thermal Insulation Construction 5.1 Components of the Thermal Insulation Construction 5.2 Design Requirements of Thermal Insulation Layer 5.3 Design Requirements for Damp-proof Course 5.4 Design Requirements of the Protective Layer Annex A Performance of Common Used Thermal Insulating Materials Annex B Maximal Allow Heat Loss Annex C Ambient Temperature, Relative Humidity in Different Places Annex D Additional explanation
Standard
GB 50264-1997 Design Code for Insulation Engineering of Industrial Equipment and Pipe (English Version)
Standard No.
GB 50264-1997
Status
superseded
Language
English
File Format
PDF
Word Count
12000 words
Price(USD)
300.0
Implemented on
1997-10-1
Delivery
via email in 1 business day
Detail of GB 50264-1997
Standard No.
GB 50264-1997
English Name
Design Code for Insulation Engineering of Industrial Equipment and Pipe
Chinese Name
工业设备及管道绝热工程设计规范
Chinese Classification
Professional Classification
GB
ICS Classification
Issued by
State Technical Supervision Bureau and Ministry of Construction
1.0.1 This code is formulated with a view to satisfying the requirements of production process, conserving energy, improving labor condition, enhancing economic benefit and guaranteeing the quality of insulation engineering design.
1.0.2 This standard is applicable to the insulation engineering design of industrial equipment and pipe with its outside surface temperature at between - 196℃ and 850℃.
This standard is not applicable to the insulation design of instrument and pipe for the nuclear energy, aviation and space system that have special requirements as well as building pipes, cold storage pipes and long-distance pipelines.
1.0.3 The following common requirements shall be met in insulation design:
1.0.3.1 The application environment and adiabatic surface temperature shall be considered in selecting materials that comply with the current national and professional standard. As to the new materials, they may be adopted only after the verification of the national inspection department.
1.0.3.2 In insulation design, adiabatic computing shall be done according to the process, energy-efficiency, dew-prevention and economy requirements, and the insulation structure shall also be determined.
1.0.4 In insulation engineering designing, not only the requirements stipulated in this standard, but also those in the current relevant ones of the nation shall be complied with.
Contents of GB 50264-1997
1 General rules
2 Terms and symbols
2.1 Terms
2.2 Symbols
3 The Selection of Insulating Materials
3.1 Performance Requirements of Insulating Materials
3.2 Performance Requirements of Damp-proof Course Materials
3.3 Performance Requirement of Protective Layer Materials
3.4 Major Performance Requirements of Adhesive Agent, Sealant and Anti-wear Agent
4 Adiabatic Computing
4.1 Heat Insulation Calculation
4.2 Cold Insulation Calculation
4.3 Thermal Insulation Layer Thickness Calculation
4.4 Calculation of heat loss and cold loss
4.5 Calculation of Thermal Insulation Layer outside Surface Temperature
4.6 Calculation of Ectonexine Interface Temperature for Double Insulating Layers
4.7 Calculation of Energy Price and Thermal Insulation Construction Unit Price
4.8 Parameters of Heat Insulation Calculation
4.9 Parameters for Cold Insulation Calculation
5 Design of Thermal Insulation Construction
5.1 Components of the Thermal Insulation Construction
5.2 Design Requirements of Thermal Insulation Layer
5.3 Design Requirements for Damp-proof Course
5.4 Design Requirements of the Protective Layer
Annex A Performance of Common Used Thermal Insulating Materials
Annex B Maximal Allow Heat Loss
Annex C Ambient Temperature, Relative Humidity in Different Places
Annex D
Additional explanation
