FORD WG952-2016 Material and Performance Requirements of Aluminum and Steel Bodied Open and Closed End Blind Rivets.pdf

1、 WORLDWIDE FASTENER STANDARD WG952 2016-04-13 Printed copies are uncontrolled Copyright 2016, Ford Global Technologies, LLC Page 1 of 2 Material and Performance Requirements of Aluminum and Steel Bodied Open and Closed End Blind Rivets 1. SCOPE: This standard covers the material, shear strength, and

2、 tensile strength, of aluminum, steel, and stainless-steel special blind rivets in nominal diameters 3.2, 4.0, 4.8, and 6.4 1.1 REFERENCES: ISO14589 Blind rivets Mechanical testing SAE J492 Rivets and riveting WSD-M1A283-B1,B2,B3,B4,B5,B6,B47,B48,B49,B53,B57 Steel, cross reference for standard parts

3、 2. GENERAL: The various rivet types, their body/mandrel and other design feature combinations are shown in Table 1. 3. MATERIAL: The material for the bodies and mandrels of blind rivets is shown below. 3.1 Aluminum (Al) bodies shall be manufactured from Aluminum Alloy UNS A95052, A95056A, A95154A,

4、A95251 or A95754. 3.2 The material for steel (STL) bodies shall be in accordance with WSD-M1A283-B1/B2/B3/B4/B5/B6/B47/B48/B49/B53 or B57. 3.3 Stainless steel (SS) bodies shall be manufactured from Austenitic stainless steel - 300 series. 3.4 Aluminum (Al) mandrels shall be manufactured from Aluminu

5、m Alloy UNS A97075, or A97078. 3.5 The material for steel mandrels shall be any low-carbon steel that meets the requirements of Clause 6. The mandrel shall have a minimum 3 protective zinc coating. Trivalent chromate topcoat is permitted. This finish will be used on the mandrel regardless of the fin

6、ish released for the rivet unless otherwise specified. 3.6 Stainless steel (SS) mandrels shall be manufactured from Austenitic stainless steel 300 series for open end rivets or Ferritic 400 series for closed end rivets. 4. SHEAR AND TENSILE STRENGTH TEST: The shear and tensile strengths for the blin

7、d rivets covered by this standard shall be in accordance with Table 1 when tested per ISO 14589 section 3.2.1.1 and 3.2.1.2. 5. MANDREL BREAK LOAD TEST: If a mandrel break load is specified, the test is performed per ISO 14589 6. MANDREL RETENTION TEST: When tested in a fixture per ISO 14589 , the l

8、oad to disassemble the mandrel from the body before the product has been assembled in a panel shall not be less than 10N for all types of rivet and mandrel combinations. After assembly, the push-out load for the retained section of mandrel must not be less than 20N for all types of rivet and mandrel

9、 combinations. WORLDWIDE FASTENER STANDARD WG952 2016-04-13 Printed copies are uncontrolled Copyright 2016, Ford Global Technologies, LLC Page 2 of 2 Table 1 Shear Strength, Tensile Strength and Panel Range Wide Grip Range Rivets Bulbing Structural Rivets Expanding Structural Rivets Body Material AL

10、 STL SS AL STL AL STL SS Mandrel Material STL STL SS AL STL AL STL SS Body Diameter (Nominal) Panel Range Minimum Shear Strength (N) 3.2 Any 640 900 1440 4.0 Any 1060 1530 2420 4.8 Any 1240 2600 4000 2660 5780 5780 6.4 Any 3100 3110 5780 11120 10500 6.4 1.5-3.5 5000 10230 6.4 2.8-4.8 6000 11500 6.4 4.8-6.8 6500 11500 6.4 6.8 and larger 7000 11500 Minimum Tensile Strength (N) 3.2 Any 660 1170 1970 4.0 Any 1200 1800 3240 4.8 Any 2040 2880 4490 2000 4400 4220 6.4 Any 2500 3560 2670 7100 3690 8220 8000