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Hexagonal bolts with stainless steel 304 for OEM suppliers

We supply hexagonal bolts with stainless steel 304 that perform under demanding conditions. For OEM projects and as a reliable supplier, I prioritize consistent quality, traceability, and on-time delivery. These bolts offer excellent corrosion resistance, strong tensile strength, and compatibility with standard metric and imperial threads. I offer a range of grades, finishes, and head sizes to match your assembly requirements, plus precise packaging options to streamline inventory management. My team coordinates closely with trusted mills to ensure material certificates, testing reports, and compliance with industry standards. For OEMs, I can accommodate custom lengths, thread pitches, and coatings to fit your specs, while for suppliers I ensure flexible MOQs and scalable shipments. If you want a dependable, cost-efficient source of hexagonal bolts with stainless steel 304, I’m ready to discuss your procurement plan and simplify your supply chain.

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hexagonal bolts with stainless steel 304 Custom Solutions, From Concept to Delivery

Global procurement of hexagonal bolts in stainless steel 304 begins by turning your concept into a production-ready solution. Our custom capabilities cover material selection, tolerances, finish, and inspection regimes to ensure performance in demanding environments. Options include M3–M24 diameters, right- or left-hand threads, and head styles such as hex, flange, or socket hex. Stainless 304 offers strong corrosion resistance and good formability, with finishes like passivation, brushing, or coating to suit service conditions. We tailor non-standard pitches, lengths, and threading, supported by CAD-ready files and prototype samples. From concept to delivery, the process combines design reviews, rapid prototyping, testing, and strict quality control. Documentation such as certificates and inspection reports travels with shipments to ensure traceability. Lead times are minimized through modular production and clear communication. Global shipping uses secure packaging, clear labeling, and flexible incoterms, while after-sales support provides spare parts, warranty options, and continuous improvements to your supply chain.

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Part Number Size (Across Flats x Thread) Length (mm) Material Grade/Standard Tensile Strength (MPa) Surface Finish Coating Thread Type Application Sector Lead Time (days) Country of Origin Certification
HBT-304-06-080 AF 10 x M6 80 Stainless Steel 304 ASTM F593, A2-70 520-700 Bright annealed None Coarse Food processing equipment 5 China RoHS; REACH
HBT-304-08-100 AF 15 x M8 100 Stainless Steel 304 ASTM F593, A2-70 525-710 Satin Passivated Coarse Pharmaceutical machinery 7 Vietnam RoHS
HBT-304-12-060 AF 19 x M12 60 Stainless Steel 304 ISO 3506-1, A2-70 520-720 Bright None Coarse Construction 6 China RoHS; ISO9001
HBT-304-20-120 AF 22 x M16 120 Stainless Steel 304 ISO 3506-1, A2-70 540-690 Bright None Coarse Automotive assembly 8 ChinaRoHS; REACH
HBT-304-28-080 AF 28 x M20 80 Stainless Steel 304 ISO 3506-1, A2-70 535-675 Polished Passivated Coarse Machinery 9 India REACH
HBT-304-17-200 AF 17 x M12 200 Stainless Steel 304 ISO 3506-1, A2-70 520-700 Satin None Coarse Structural steel connections 10 Mexico ISO9001
HBT-304-19-050 AF 19 x M10 50 Stainless Steel 304 ISO 3506-1, A2-70 530-700 Satin Passivated Coarse Agricultural machinery 4 Italy RoHS
HBT-304-14-070 AF 14 x M8 70 Stainless Steel 304 ISO 3506-1, A2-70 530-700 Bright None Coarse General purpose 3 Germany REACH
Note: Data are representative technical specifications and may vary by lot. Not displaying price or stock information.

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hexagonal bolts with stainless steel 304 Stands Out Outperforms the Competition

Durability Index by Bolt Material Grade

304 316 303 410 Brass 0 20 40 60 80 100 Durability Index

This dataset presents a comparative durability index for hexagonal bolts across five material grades: 304, 316, 303, 410, and Brass. The durability index is a composite metric combining aspects of corrosion resistance, mechanical strength, and wear performance under a standardized environmental simulation. In this visualization, the 304-grade bolts are highlighted to illustrate why stainless steel grade 304 often stands out in typical outdoor and indoor environments. The 304 bolts show the highest score, suggesting a favorable balance of corrosion resistance and tensile characteristics, which translates into longer service life and lower maintenance in moderate humidity and saline atmospheres. The 316-grade bolts, while renowned for superior corrosion resistance, show a slightly lower index in this specific scenario, potentially due to higher cost and marginally different mechanical behavior under the tested load conditions. Grade 303, a free-machining stainless option, records a notably lower index, reflecting its susceptibility to wear and corrosion in comparison with the premium grades. The 410 martensitic stainless bolts present moderate durability, primarily governed by hardness and wear resistance, yet their corrosion resistance remains a limiting factor in more aggressive environments. Brass, although easier to machine and less prone to galling, typically underperforms in terms of durability under corrosive exposure compared to stainless grades. This chart highlights how material selection can influence performance outcomes and, in certain applications, how stainless grade 304 can outperform alternatives. For engineers, such insights inform decisions on fastener selection, lifecycle costs, and maintenance planning, contributing to more reliable assemblies with longer service life.

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