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By Kevin Brain|2025-03-20T03:23:39+00:00March 20th, 2025|TÜV Certification, TÜV Chemical Composition Analysis|
TUV Test Report for BONOSS Forged 50BV30 Wheel Nuts Chemical Composition Analysis (No: 01 220 CHN-T-2202932+) Test Method: GB/T 4336-2016 Material: 50BV30
By Kevin Brain|2025-03-20T03:16:23+00:00March 20th, 2025|TÜV Certification, TÜV Proof Load Test|
TUV Test Report for BONOSS Forged 50BV30 Wheel Nuts Proof Load Test (No: 01 220 CHN-T-2202931+) Test Method: ISO 898-2:2012 Test Result: Proof load ≥ 105,700N Material: 50BV30
By Kevin Brain|2025-03-20T03:04:46+00:00March 20th, 2025|TÜV Certification, TÜV Hardness Test|
TUV Test Report for BONOSS Forged 50BV30 Wheel Nuts Hardness Test (No: 01 220 CHN-T-2202930+) Test Method: ISO 6507-1:2018 Average Hardness (HV10): 353 Material: 50BV30
By Kevin Brain|2025-03-20T03:00:31+00:00March 20th, 2025|TÜV Certification, TÜV Neutral Salt Spray Test|
TUV Test Report for BONOSS Forged 6061-T6 Wheel Spacers Neutral Salt Spray Test (No: 01 220 CHN-T-2500958-1+) Test Method: ISO 9227:2022+Amd 1:2024 Test Result: Exposure period 240h with NO defects Material: Aluminum
By Kevin Brain|2025-03-20T02:07:00+00:00March 20th, 2025|TÜV Certification|
TUV Test Report for BONOSS Forged 6061-T6 Wheel Spacers Coating Thickness (No: 01 220 CHN-T-2500959+) Test Method: ISO 2808:2019 Method 6A & ISO 1463:2021 Average Coating Thickness (µm): 8.7 Material: Aluminum 6061-T6
By Kevin Brain|2025-03-20T01:57:23+00:00March 20th, 2025|TÜV Certification, TÜV Chemical Composition Analysis|
TUV Test Report for BONOSS Forged 6061-T6 Wheel Spacers Chemical Composition Analysis (No: 01 220 CHN-T-2500960+) Test Method: GB/T 7999-2015 Material: Aluminum 6061-T6
By Kevin Brain|2025-03-20T01:56:37+00:00March 19th, 2025|TÜV Certification, TÜV Hardness Test|
TUV Test Report for BONOSS Forged 6061-T6 Wheel Spacers Hardness Test (No: 01 220 CHN-T-2500961+) Test Method: ISO 6506-1:2014 Hardness Result: 101-103 Material: Aluminum 6061-T6
By bonoss|2020-10-10T05:15:09+00:00October 10th, 2020|TÜV Certification, TÜV Hardness Test|
TUV Test Report for BONOSS Titanium Exposed Wheel Stud Conversion (Nut) Proof Load Test: (Test Method: ISO 6507-1:2018) No: 01 220 CHN/T-2003114 Grade: 10 Material: Titanium (Ti-6Al-4V)
By bonoss|2020-10-10T04:57:20+00:00October 10th, 2020|TÜV Certification, TÜV Proof Load Test|
TUV Test Report for BONOSS Titanium Exposed Wheel Stud Conversion (Nut) Proof Load Test: (Test Method: ISO 898-2:2012) No: 01 220 CHN/T-2003113 Grade: 10 Material: Titanium (Ti-6Al-4V)
By bonoss|2020-10-10T04:39:06+00:00October 10th, 2020|TÜV Certification, TÜV Hardness Test, Wheel Bolts Test|
TUV Test Report for BONOSS Titanium Exposed Wheel Stud Conversion Hardness Test: (Test Method: ISO 6507-1:2018) No: 01 220 CHN/T-2003110 Grade: 10.9 Material: Titanium (Ti-6.5Al-3.5Mo-1.5Zr-0.3Si)
By bonoss|2020-10-10T04:31:01+00:00October 10th, 2020|TÜV Certification, TÜV Proof Load Test, Wheel Bolts Test|
TUV Test Report for BONOSS Titanium Exposed Wheel Stud Conversion Proof Load Test: (Test Method: ISO 898-1:2013+Cor-1:2013) No: 01 220 CHN/T-2003108 Grade: 10.9 Material: Titanium (Ti-6.5Al-3.5Mo-1.5Zr-0.3Si)
By bonoss|2020-10-10T05:06:58+00:00October 10th, 2020|TÜV Certification, TÜV Tensile Test, Wheel Bolts Test|
TUV Test Report for BONOSS Titanium Exposed Wheel Stud Conversion Tensile Test: (Test Method: ISO 898-1:2013+Cor-1:2013) No: 01 220 CHN/T-2003107 Grade:10.9 Material: Titanium (Ti-6.5Al-3.5Mo-1.5Zr-0.3Si)
By bonoss|2020-06-08T10:55:33+00:00June 8th, 2020|TÜV Certification, TÜV Microstructure, Wheel Bolts Test|
TUV Test Report for BONOSS Wheel Bolts M15x1.25 (For Mercedes Benz GLE (W167) / GLS (X167) ) Microstructure: (Test Method: ASTM E3-11(2017)) No: 01 220 CHN/T-2001754 Grade:12.9 Material:SCM440
By bonoss|2020-06-08T10:56:07+00:00June 8th, 2020|TÜV Certification, TÜV Decarburization Test-hardness method, TÜV Hardness Test, TÜV Retempering Test, Wheel Bolts Test|
TUV Test Report for BONOSS Wheel Bolts M15x1.25 (For Mercedes Benz GLE (W167) / GLS (X167) ) Decarburization Test-hardness method: (Test Method: refer to ISO 898-1:2013+Cor-1:2013) Retempering Test: (Test Method: refer to ISO
By bonoss|2020-06-08T10:56:32+00:00June 8th, 2020|TÜV Certification, TÜV Chemical Composition Analysis, Wheel Bolts Test|
TUV Test Report for BONOSS Wheel Bolts M15x1.25 (For Mercedes Benz GLE (W167) / GLS (X167) ) Chemical Composition Analysis: (Test Method: OES) No: 01 220 CHN/T-2001619 Material:SCM440
By bonoss|2020-04-10T11:36:07+00:00April 10th, 2020|TÜV Certification, TÜV Chemical Composition Analysis, Wheel Studs Test|
TUV Test Report for BONOSS Wheel Studs M14x1.5 Chemical Composition Analysis: (Test Method: OES) No: 01 220 CHN/T-2000116 Material:SCM440
By bonoss|2020-04-10T11:36:51+00:00April 10th, 2020|TÜV Certification, TÜV Decarburization Test-hardness method, TÜV Hardness Test, TÜV Retempering Test, Wheel Studs Test|
TUV Test Report for BONOSS Wheel Studs M14x1.5 Decarburization Test-hardness method: (Test Method: ISO 898-1:2013+Cor-1:2013) Retempering Test: (Test Method: ISO 898-1:2013+Cor-1:2013) Hardness Test: (Test Method: ISO 6507-1:2018) No: 01 220 CHN/T-2000115 Grade:12.9 Material:SCM440
By bonoss|2020-04-10T11:20:48+00:00April 10th, 2020|TÜV Certification, TÜV Proof Load Test, TÜV Tensile Test, TÜV Tensile Test Under Wedge Loading, Wheel Studs Test|
TUV Test Report for BONOSS Wheel Studs M14x1.5 Tensile Test: (Test Method: ISO 898-1:2013+Cor-1:2013) Proof Load Test: (Test Method: ISO 898-1:2013+Cor-1:2013) Tensile Test Under Wedge Loading: (Test Method: ISO 898-1:2013+Cor-1:2013) No: 01 220
By bonoss|2020-04-10T11:14:20+00:00April 10th, 2020|TÜV Certification, TÜV Chemical Composition Analysis, Wheel Studs Test|
TUV Test Report for BONOSS Wheel Studs 1/2-20 UNF Chemical Composition Analysis: (Test Method: OES) No: 01 220 CHN/T-2000113 Material:SCM440
