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DIN 30680 - COMPENSATORS FOR GAS-INSTALLATIONS - RUBBER EXPANSION JOINTS Organization: DIN
Date: 1974-08-01
TSE - TS 10879 - COMPENSATORS - RUBBER EXPANSION JOINTS - FOR GAS PIPE LINES AND INSTALLATIONS Organization: TSE
Date: 1993-04-21
Description: This standard covers compenrators from rubber used in pas pipelines and installation for combustible gases (natural pas, city pas, LPG and mixed gases).
AASHTO M 153 - STANDARD SPECIFICATION FOR PREFORMED SPONGE RUBBER AND CORK EXPANSION JOINT FILLERS FOR CONCRETE PAVING AND STRUCTURAL CONSTRUCTION Organization: AASHTO
Date: 2006-01-01
Description: This specification covers preformed expansion joint fillers of the following four types for use in concrete, brick, or stone construction: Type I—sponge rubber,  Type II—cork, Type III—self-expanding cork, and  Type IV—polyurethane-bonded recycled rubber.
ASTM D1752 - STANDARD SPECIFICATION FOR PREFORMED SPONGE RUBBER CORK AND RECYCLED PVC EXPANSION JOINT FILLERS FOR CONCRETE PAVING AND STRUCTURAL CONSTRUCTION Organization: ASTM
Date: 2004-06-01
Description: This specification covers preformed expansion joint fillers of the following four types for use in concrete, brick, or stone construction.
TSE - TS 2810 - JOINTING MATERIALS FOR CONSTRUCTION AND EXPANSION JOINTS IN CONCRETE WORK - RUBBER WATERSTOPS Organization: TSE
Date: 1990-04-12
Description: This standard specifies the classification, proporties, sampling, testing and marking of rubber waterstops for construction and expansion joints in concrete work.
DIN - VG 95957 - EXPANSION JOINTS - RUBBER BELLOWS AND HOSE TYPE EXPANSION JOINTS - DETERMINATION OF DYNAMIC STIFFNESS Organization: DIN
Date: 1996-09-01
SAI - SAA AS 1415.4 - UNPLASTICIZED PVC (UPVC) PIPES AND FITTINGS FOR SOIL, WASTE AND VENT (SWV) APPLICATIONS - RUBBER RING EXPANSION JOINTS *** MASTER NOT IN HOUSE *** Organization: SAI
SAI - SAA AS 1415.5 - UNPLASTICIZED PVC (UPVC) PIPES AND FITTINGS FOR SOIL, WASTE AND VENT (SWV) APPLICATIONS - RUBBER RING EXPANSION JOINTS FOR UPVC SWV PIPES AND MOULDED FITTINGS *** MASTER NOT IN HOUSE *** Organization: SAI
ASTM D1752 + REDLINE - STANDARD SPECIFICATION FOR PREFORMED SPONGE RUBBER CORK AND RECYCLED PVC EXPANSION JOINT FILLERS FOR CONCRETE PAVING AND STRUCTURAL CONSTRUCTION - INCLUDES STANDARD + REDLINE (PDF) Organization: ASTM
NAVY - MIL-E-23616 (1) - EXPANSION JOINT, NON FLANGED SYNTHETIC RUBBER, FIRE RETARDANT, 0-150 PSI OIL OR WATER SERVICE 2 INCH TO 12 INCH NOMINAL PIPE SIZE Organization: NAVY
Date: 1967-07-03
NAVY - MIL-E-23616 CANC NOTICE 1 - EXPANSION JOINT, NON FLANGED SYNTHETIC RUBBER, FIRE RETARDANT, 0-150 PSI OIL OR WATER SERVICE 2 INCH TO 12 INCH NOMINAL PIPE SIZE Organization: NAVY
Date: 1977-11-11
NAVY - MIL-E-23616 - EXPANSION JOINT, NON FLANGED SYNTHETIC RUBBER, FIRE RETARDANT, 0-150 PSI OIL OR WATER SERVICE 2 INCH TO 12 INCH NOMINAL PIPE SIZE Organization: NAVY
Date: 1965-05-24
AFNOR - XP P98-091 - TESTS RELATIVE TO ROAD BRIDGE ROADWAY EXPANSION JOINTS HAVING A VULCANIZED RUBBER CONTACT SURFACE - DETERMINATION OF THE ABRASION RESISTANCE USING A ROTATING DRUM DEVICE FITTED WITH A REVOLVING SPECIMEN HOLDER Organization: AFNOR
Date: 2000-09-01
SAE AMS-R-6130 - RUBBER, CELLULAR, CHEMICALLY BLOWN Organization: SAE
Date: 2001-09-01
Description: Type II (closed cell): Type II material is intended for flotation gear (skin or rind form only) expansion joint fillers, gaskets, and shock pads where water repellent qualities are desired.
GMNA - 9986350 - ADHESIVE/SEALANT, ROOM TEMPERATURE VULCANIZING, ALKOXY CURE FOR ENGINE SEALING - ISSUE 2 Organization: GMNA
Date: 2016-02-01
Description: Measured by lap shear strength (ISO 4587), this sealant has sufficient elongation to maintain adhesion in joints with moderately different rates of thermal expansion. At 1.5 mm it has excellent gap sealing capability.
IEEE - 835 INTRO - STANDARD POWER CABLE AMPACITY TABLES Organization: IEEE
Date: 1994-09-22
Description: In the late 1970's, ICC formed a working group within the Cable Characteristics Subcommittee, Project 3-1, to prepare a document outlining the scope of work necessary to establish parameters, and to update the cable constructions and design changes that had taken place since the original publication. This would then lead to a revision and expansion of the ampacity tables. This document, P835, was prepared and subsequently approved by the ICC and the IEEE Standards Board in 1984.

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