Product Description
ARP 760-1013 metric hex bolt kit features M6 x 1.0 right-hand thread, 80 mm underhead length, 18 mm thread length, 300 series stainless steel with polished finish, 170,000 psi yield strength. Designed for high-stress mechanical applications. No cross-reference or superseded part numbers found in official sources.
Specifications
Material
| Material Grade | 300 series stainless steel, polished finish |
| Yield Strength | 170,000 psi |
Part Numbers
| OEM Part Number | 760-1013 |
Frequently Asked Questions
Q: What are the thread specifications for the 760-1013 metric hex bolt?
A: The 760-1013 features M6 x 1.0 right-hand thread with an 80 mm underhead length and 18 mm thread length. These metric specifications are standard for high-stress mechanical fastening applications and should not be substituted with imperial equivalents.
Q: What material grade is the 760-1013 bolt and what is its yield strength?
A: The 760-1013 is manufactured from 300 series stainless steel with a polished finish and a yield strength of 170,000 psi. This material grade provides excellent corrosion resistance combined with high strength for demanding industrial applications.
Q: What applications is the 760-1013 bolt designed for?
A: The 760-1013 is engineered for high-stress mechanical applications requiring reliable fastening with corrosion resistance. It is commonly used in electric lift truck assemblies and other demanding industrial material handling equipment where strength and durability are critical.
Q: Is there a cross-reference or superseded part number for the 760-1013?
A: No cross-reference or superseded part numbers have been found in official sources for the 760-1013. When ordering replacement fasteners, use the exact SKU 760-1013 to ensure you receive the correct metric specifications and material grade.
Q: Can the 760-1013 be used as a replacement for standard metric bolts?
A: The 760-1013 M6 x 1.0 bolt can fit standard metric M6 fastener locations. However, verify that the 80 mm underhead length and 18 mm thread length match your specific equipment assembly. Material grade and yield strength specifications must also be compatible with your application requirements.