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ASTM A562/A562M - STANDARD SPECIFICATION FOR PRESSURE VESSEL PLATES, CARBON STEEL, MANGANESE-TITANIUM FOR GLASS OR DIFFUSED METALLIC COATINGS Organization: ASTM
Date: 2010-10-01
Description: This specification2 covers titanium-bearing carbon steel plates intended for welded glass lined pressure vessels or other applications where the presence of free-iron carbide would be deleterious to the coating.Aminimum specific ratio of titanium to carbon is specified.
ASTM A562/A562M + REDLINE - STANDARD SPECIFICATION FOR PRESSURE VESSEL PLATES, CARBON STEEL, MANGANESE-TITANIUM FOR GLASS OR DIFFUSED METALLIC COATINGS - INCLUDES STANDARD + REDLINE (PDF) Organization: ASTM
ASME/BPVC - 1393-1 - 1393-1 MANGANESE-TITANIUM STEEL PLATES FOR PRESSURE VESSELS WITH GLASS OR DIFFUSED METALLIC COATINGS, ASTM A562-67 SECTION VIII, DIVISION 1 ANNULLED SUPP 16 Organization: ASME/BPVC
Date: 1977-07-01
ASME/BPVC - 1393-1 - 1393-1 MANGANESE-TITANIUM STEEL PLATES FOR PRESSURE VESSELS WITH GLASS OR DIFFUSED METALLIC COATINGS, ASTM A562-67 SECTION VIII, DIVISION 1 Organization: ASME/BPVC
Date: 1974-07-01
ASME/BPVC - 1393-1 - 1393-1 (SPECIAL RULING) MANGANESE-TITANIUM STEEL PLATES FOR PRESSURE VESSELS WITH GLASS OR DIFFUSED METALLIC COATINGS, ASTM A562-67 SECTION VIII, DIVISION 1 Organization: ASME/BPVC
Date: 1971-07-01
DS/EN ISO 8442-3 - MATERIALS AND ARTICLES IN CONTACT WITH FOODSTUFFS - CUTLERY AND TABLE HOLLOWARE - PART 3: REQUIREMENTS FOR SILVER-PLATED TABLE AND DECORATIVE HOLLOWARE Organization: DS
Date: 1998-03-16
Description: Requirements are specified for brass, copper, nickel-silver, pewter and stainless steel holloware with a silver-plated coating and for silver-plated cast attachments thereto.
TSE - TS EN 29885 - WIDE-MOUTH GLASS CONTAINERS- DEVIATION FROM FLATNESS OF TOP SEALING SURGACE; TEST METHODS Organization: TSE
Date: 1996-09-03
Description: This standard specifies characteristics of Bolts, normal hexagonal head, threaded to head, in alloy steel, cadmium plated Bu standard, normal altıgen başlı, başa diş açılmış çelik alaşımından, kadmiyum kaplanmış cıvataların özelliklerini kapsar.
SSPC PA 6 - FIBERGLASS-REINFORCED PLASTIC (FRP) LININGS APPLIED TO BOTTOMS OF CARBON STEEL ABOVEGROUND STORAGE TANKS - NACE NO. 10 Organization: SSPC
Date: 2002-02-01
Description: Apply caulk to the properly prepared tank floor, deep pits, equipment supports, striker (bearing) plates, and chine angle, as required. Apply resin and glass reinforcement to the tank bottom and lower shell course.
HOLDEN - HN 1891 - ADHESIVE - TRANSFER TAPE - HIGH PERFORMANCE Organization: HOLDEN
Date: 1984-08-01
Description: SCOPE This specification provides for an adhesive suitable for attaching nameplates, badges and emblems to a wide variety of surfaces including glass, painted and plated surfaces, aluminium, stainless steel and mast plastics except polyethylene and polypropylene.
NPFC - MIL-T-24487 - TILE, RUBBER VIBRATION DAMPING, TYPE V Organization: NPFC
Date: 1990-05-25
Description: If installed in submarine ballast tanks, the tile is restrained with a glass reinforced plastic sheet, steel studs, nuts, and washers, in accordance with MIL-STD-2148.
NPFC - MIL-DTL-24487 - TILE, RUBBER VIBRATION DAMPING, TYPE V Organization: NPFC
Date: 2005-01-28
Description: Class 1 tile is intended to be installed in accordance with the procedures of MIL-STD-2148 to damp vibrations in steel plates 0.5 inch (1.3 cm) thick or less. The grooved face of the tile is bonded with epoxy resin to the steel plate.
DIN - DVS 2205-5 - CALCULATION OF THERMOPLASTIC TANKS AND APPARATUS - RECTANGULAR TANKS Organization: DIN
Date: 1987-07-01
Description: The following rules for the design and calculation apply to rectangular tanks for the engineering of apparatus of thermoplastic materials, in particular Polyvinyl chloride (PVC) Polypropylene (PP) High density polyethylene (PE-HD) The tanks may be strengthened from the outside by means of ribs or frames made of the same or stiffer materials, such as glass-fibre reinforced plastics (GRP) or steel. With the exception of hydrostatic pressures, no appreciable pressures occur.
ACI 440.4R - PRESTRESSING CONCRETE STRUCTURES WITH FRP TENDONS Organization: ACI
Date: 2004-12-01
Description: Carbon fibers are also available with moduli ranging from below that of steel to several multiples of that of steel. Of the several fiber types, glass-based FRP reinforcement is least expensive and generally uses either E-glass or S-glass fibers.
ACI 440R - REPORT ON FIBER-REINFORCED POLYMER (FRP) REINFORCEMENT FOR CONCRETE STRUCTURES Organization: ACI
Date: 2007-09-01
Description: FRP products may achieve the same or better reinforcement objective of commonly used metallic products such as steel reinforcing bars, prestressing tendons, and bonded plates. Application and product development efforts in FRP composites are widespread to address the many opportunities for reinforcing concrete members (Nichols 1988).
NPFC - MIL-P-24705 - PENETRATORS, MULTIPLE CABLE, FOR ELECTRIC CABLES, GENERAL SPECIFICATION FOR Organization: NPFC
Date: 1992-07-19
Description: Items shall be designated by a single letter specified as follows: A = Assembly, end packing B = Cable insert blocks or blanking blocks F = Frame I = Filler inserts P = Cable sealing plug R = Reducers S = Stay plates C = compression plates Item material shall be as specified (see 3.1) with the item material designated by a single letter specified as follows: A = Aluminum B = Brass C = corrosion-resistant (CRES) steel G = Glass reinforced plastic (GRP) N = Not specified S = Steel Item designation shall be as specified in 1.2.1.4.1 through 1.2.1.4.7.
AA WATP23 - WELDING ALUMINUM: THEORY AND PRACTICE - FOURTH EDITION Organization: AA
Date: 2002-01-01
Description: Pure aluminum melts at 1220°F (660°C), which is less than one-half the melting point for steel. Thermal conductivity is about 6 times that of steel, which means that the heat to produce melting must be more intense for efficient welding.
ASTM E2982 - STANDARD GUIDE FOR NONDESTRUCTIVE TESTING OF THIN-WALLED METALLIC LINERS IN FILAMENT-WOUND PRESSURE VESSELS USED IN AEROSPACE APPLICATIONS Organization: ASTM
Date: 2014-10-01
Description: In the case of COPVs, the composites through which the NDT interrogation must be made after overwrapping include, but are not limited to, various polymer matrix resins (for example, epoxies, cyanate esters, polyurethanes, phenolic resins, polyimides (including bismaleimides), polyamides) with continuous fiber reinforcement (for example, carbon, aramid, glass, or poly- (phenylenebenzobisoxazole) (PBO)). This guide describes the application of established NDT procedures; namely, Acoustic Emission (AE, Section 7), Eddy Current Testing (ECT, Section 8), Laser Profilometry (LP, Section 9), Leak Testing (LT, Section 10), Penetrant Testing (PT, Section 11), and Radiologic Testing (RT, Section 12).

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