Testy penetracyjne

5 Points Chrome Plating​ Test Block Penetrant Testing Block Test Specimen YM-C Type C Model:YM-C type C All linear dimensions to the requirements of AS2083/2005, BS2704/1978/1983, where applicable. Heat treatment to the requirements of GB/T6394/2002. where practicable tolerances to (+/-0.1mm) unless otherwise stated. Treated to 920 degrees C for 30 minutes, water quenched, 650 degrees C for 3 hours, air cooled Material standard:according to ISO 10474-3.1.B,JIS G 0415-3.1.B

Penetrant testing test specimen Model:YM-D All linear dimensions to the requirements of AS2083/2005, BS2704/1978/1983, where applicable. Heat treatment to the requirements of GB/T6394/2002. where practicable tolerances to (+/-0.1mm) unless otherwise stated. Treated to 920 degrees C for 30 minutes, water quenched, 650 degrees C for 3 hours, air cooled Material standard:according to ISO 10474-3.1.B,JIS G 0415-3.1.B Depth:150µm Width target value:0.5µm,1.0μ and 1.5μ Test

Penetrant testing test specimen Model:YM-B All linear dimensions to the requirements of AS2083/2005, BS2704/1978/1983, where applicable. Heat treatment to the requirements of GB/T6394/2002. where practicable tolerances to (+/-0.1mm) unless otherwise stated. Treated to 920 degrees C for 30 minutes, water quenched, 650 degrees C for 3 hours, air cooled Material standard:according to ISO 10474-3.1.B,JIS G 0415-3.1.B Depth:100µm Width target value:0.5µm Test standard:ISO 3452-3

B3 Stainless Steel Chrome Plating Dye Penetrant Inspection AS2083/2005, BS2704/1978/1983 Main application: Dye penerant inspection Model:YM-B3 All linear dimensions to the requirements of AS2083/2005, BS2704/1978/1983, where applicable. Heat treatment to the requirements of GB/T6394/2002. where practicable tolerances to (+/-0.1mm) unless otherwise stated. Treated to 920 degrees C for 30 minutes, water quenched, 650 degrees C for 3 hours, air cooled Material standard:according

TypeⅠASTM E1417, AMS 2647D, ISO 3452-3, JIS Z 2343-3 Twin NiCr Sensitivity Panels NiCr Twin Cracked Penetrant Test Panels TypeⅠPenetrate block :ISO 3452-3:1998(E),JIS Z 2343-3:2001 Twin NiCr Sensitivity Panels,NiCr Twin Cracked Penetrant Test Panels ISO 3452-3 Type 1 Test Panel The NiCr Twin Cracked Penetrant Test Panels are used for comparing and evaluating sensitivity and performance of Dye Penetrants. They are available in 10, 20, 30 and 50 microns (0.0004, 0.0008, 0.0012,

Type II EN 10204 ISO 3452-3 ISO Panel Chrome Plating Cracked Penetrant Test Panels Type II Penetrate block : ISO 3452-3:2013(E),GB/T18851.3,JIS Z 2343-3:2001 The ISO Panel is made from a 0.100" (2.5 mm) stainless steel plate. Half of the test surface is hard coated with a 0.0024" (60 µm) hard alloy material. Five crack centers are evenly spaced in the hard coated strip. The crack centers are made up of circular patterns forming a star. Material: stainless steel with chrome

B5 AS2083/2005, BS2704/1978/1983 Chrome Plating Dye Penetrant Test Panels Material: Stainless steel with chrome plating Specification All linear dimensions to the requirements of AS2083/2005, BS2704/1978/1983, where applicable. Heat treatment to the requirements of GB/T6394/2002. where practicable tolerances to (+/-0.1mm) unless otherwise stated. Material: Test Report according to ISO 10474-3.1.B,JIS G 0415-3.1.B Depth 100µm Width (target value) 0.5µm Treated to 920 degrees C

MIL-STD-6866 ASTME-1417 Penetrant System Monitor Panel Penetrate Panel PSM-5 Penetrant System Monitor Panel,A stainless steel panel, 0.090" thick and measuring 4 x 6 inches. A chrome plated strip runs the length of one side of the panel. Five crack centers are evenly spaced in the chrome plating in order of magnitude; the largest is readily visible with low sensitivity penetrants, while the smallest is difficult to observe even with high sensitivity materials. Adjacent to the

ASTM E165 NDT Cracked Aluminum Test Blocks Aluminum Alloy YM-A Dye Penetrant Testing NDT Cracked Aluminum Test Blocks Cracked Aluminum Test Blocks compare sensitivity of different penetrants or sensitivity of new and used penetrants. This is done by processing one half of the block with used penetrant and the other half with fresh penetrant. It is manufactured to meet the ASME Boiler Pressure Code, Section V & III, and MIL-I-23135-C. The cracked aluminum block is made from