GB 3385-1982 Non-destructive strength test method for toughened safety glass for ship's portholes and rectangular windows

GB 3385-1982 Non-destructive strength test of toughened safety glass for marine portholes and rectangular windows. Punching method. GB3385-1982 standard download decompression password: www.bzxz.net

UDC629.12.011.83:666.183.6:620.174 National Standard of the People's Republic of China
GB 3885--82ISO614-1976
Toughened safety glass for ships' side scutles and ships' rectangular windows
Non-destructive strength testing
Punch method
Shipbuilding--toughened safety glass panesfor ships' side scutles and ships' rectangular windows -punch method fznon - destructive strength testing198212-30Published
1983-12-01Implementation
National StandardApproved
W. National Standard of the People's Republic of China
Toughened safety glass for ships' side seuttles
Non-destructive strength testingPunch method
Sipbuilding--toughened safety glass panesfor ships' side seuttles This standard specifies the non-destructive strength test method of tempered safety glass for the implementation of IS01095 glazing glass and 1SO3254 rectangular homogeneous glass.
Reference standards
ISO48 Determination of the bursting strength of vulcanized rubber (hardness 3085IRHD)ISO1095 Tempered safety glass for marine windows
IS03254 Tempered safety glass for rectangular windows3 Test device
Test device Appropriate type as shown in the figure: a: Type A, used for energy window glass with a nominal size of 251mm and a maximum of 251mm and rectangular window glass of various sizes. b Type B: used for F-type window glass with a nominal size of 200mm. Chinese and Western Certificates
Carbon period specimen
National Bureau of Standards 19B2-12-30 issued
Details ()
1988-12·01 implementation
W number
Slow seed network
GB3385~-82
Table 1 Test device parts
Sequence, enough to prevent deformation
Root surface:||tt ||Screw: hardness
40~601RHD*
Felt or warp plate
Inner diameter:
Type A: 200
: 150, with ring (part 5)
Original: 2bZxz.net
Width, not less than 15
Lower end processing: a return plane with a diameter of 12.5: 5 (): ~2 (warp plate)
Outer diameter: 50
Outer diameter: with the nipple on the base
Inner diameter: 150
(for aviation window glass with nominal size 200)*IRH)--International Rubber Hardness Dekreex (International Rubber Hardness Test Paper), ISO84 test procedure
Put the glass halfway on the rubber gasket, and the distance between the edges of the gasket holes on each side shall not be less than 125mm. When testing frosted glass, place the frosted 4.1
on the rim.
Align the indenter (Part 3) with the center of the gasket. Place the buffer (Part 4) between the glass and the indenter. Apply a load to the indenter at a speed of 1000 non-frequency (102kg) per second until the corresponding value listed in 2 is reached. Table 2 Test load Glass thickness Nominal density Polished glass Flat glass Test load corresponding to the aperture of the test device (kg) (1040) (1580) (2450) (3408) (683) (1122) GB3385-82 Maintain the above load for 1 second and then gradually reduce the load. 4.2 The glass should remain unbroken and show no signs of damage. 5 Marking
5.1 The tempered steel glass tested according to this standard shall be marked in accordance with the provisions of paragraphs a, and 5.2 of this article: Transparent glass: single-line inverted equilateral triangle h; frosted glass and other opaque glass: double-line inverted equilateral rhombus. Marking shall be carried out after the roughening process and before the tempering process. 5.2 The nominal thickness of the glass shall be indicated in the rhombus, and the thickness of the flat glass shall be written in the mesh. 5.3 The minimum size of the marking is shown in Figure 2. Transparent glass
Half-sheet glass
Examples and minimum sizes of markings in Figure 2
Additional instructions:
Transparent glass
dFrosted glass
This standard was proposed by the National Building Materials Industry Bureau. The National Bureau of Standards entrusted the First Glass Research Institute of the Building Materials Science Research Institute of the National Building Materials Industry Bureau to be responsible for the interpretation of this standard. W
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