Foreword
Committees responsible
Specification
Section one. General
1.1 Scope
1.2 Definitions
1.3 Exchange of information
1.4 Compliance
Section two. Design, fabrication and surface finish
                of equipment to be lined
2.1 General
2.2 Design of metal equipment to be lined
2.3 Fabrication of metal equipment to be lined
2.4 Design of concrete equipment to be lined
2.5 Construction of concrete equipment to be lined
Section three. Selection and quality of linings
3.1 Selection of lining
3.2 Quality of lining
3.3 Continuity of finished linings
Section four. Method of lining
4.1 Surface preparation
4.2 Adhesion system and application
4.3 Production of lining material
4.4 Application of the sheet to the substrate
4.5 Vulcanization
Section five. Inspection and testing
5.1 Responsibility for inspection and testing
5.2 Inspection
Section six. Methods of test
6.1 Continuity testing
Section seven. Rectification of faults in fully cured
                linings
7.1 General
Section eight. Storage, handling, transportation and
                installation
8.1 General
Appendices
A Characteristics of lining materials specified in
     3.1
B Continuity testing
C Vulcanization
D Lining of used equipment
E Maintenance of rubber lined equipment
F Effect of materials on water quality
Tables
1 Maximum length between flanges
2 Test loads for adhesion of vulcanized soft rubber
     to carbon steel and concrete substrates
Figures
1 Weld profile details: flanges
2 Pipework details
3 Weld profile details: butt welds
4 Weld profile details: external corners and edges
5 Weld profile details: internal corners and edges
6 Weld profile details: concave heads
7 Typical joints in rubber linings
8 Unacceptable faults in joints in rubber linings