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Hex Serrated Flange Screw UNC - China Manufacturer

I supply the hex serrated flange screwhex serrated flange screw unc for rugged, vibration-resistant joints in machinery and equipment. This fastener combines a hex head with a serrated flange, delivering locked seating and even load distribution while the serrations bite into the base material to resist loosening. Available in stainless steel and carbon steel with UNC threads, it fits harsh environments and demanding assemblies. As a China Manufacturer, I offer competitive pricing, short lead times, and customization—lengths, finishes, and packaging to suit your production. The flange sits flush against panels, reducing washers and protecting mating surfaces. Ideal for automotive, CNC, and industrial equipment where reliability matters. I can supply bulk orders, quality certificates, and prompt after-sales support. Share your sizes and finishes, and I’ll tailor a solution that keeps your assembly tight and on schedule.

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hex serrated flange screwhex serrated flange screw unc Dominates Where Service Meets Innovation

In fastener design, hex serrated flange screws with UNC threads deliver reliability in vibration-prone assemblies. The hex head provides stable torque, while the serrated flange locks against the surface and distributes clamping load, reducing loosening and pull-out on soft substrates. The broad UNC fit covers many standard interfaces across industrial equipment—from electronics enclosures to machinery and automotive assemblies. Stainless variants and corrosion-resistant coatings extend use to humid or outdoor environments. Where service meets innovation, procurement wins. Custom lengths, coatings, and packaging can be tailored, while RoHS, REACH, and ISO certifications reassure global buyers. A capable supplier provides strict quality control, traceability, and scalable capacity for bulk or urgent needs. With reliable logistics and competitive lead times, buyers gain consistent quality and predictable total cost of ownership worldwide.

{ hex serrated flange screwhex serrated flange screw unc Dominates Where Service Meets Innovation}
Part No. Size (Thread x Length) Material Finish Drive Type Head Style Serration on Flange Flange Ø (mm) Strength / Grade Applications
SFS-304-ZP-M4x12 M4 x 12 A2-304 Stainless Steel Internal Hex Hex Flanged Yes 12 A2-70 Electronics enclosures, general machinery
SFS-304-ZP-M5x14 M5 x 14 A2-304 Stainless Steel Internal Hex Hex Flanged Yes 14 A2-70 Automotive interior trim
SFS-316-EO-M6x20 M6 x 20 A4-316 Stainless Steel External Hex Hex Flanged Yes 22 A4-316 Food processing equipment, chemical industry
SFS-304-ZP-M8x25 M8 x 25 A2-304 Stainless Steel External Hex Hex Flanged Yes 26 A2-70 Machinery assembly, construction
SFS-316-EP-M8x20 M8 x 20 A4-316 Stainless Steel Internal Hex Hex Flanged Yes 24 A4-316 Industrial equipment, marine hardware
SFS-304-ZP-M10x30 M10 x 30 A2-304 Stainless Steel Internal Hex Hex Flanged Yes 28 A2-70 Heavy machinery, structural components

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hex serrated flange screwhex serrated flange screw unc Service For the Current Year

Data Dimension: Hex Serrated Flange Screw Orders by Month (Current Year)

Monthly Demand for Hex Serrated Flange Screws (Current Year)

Explanation: This chart shows monthly demand for hex serrated flange screws in the current year. The data is synthetic to illustrate how a typical fastener product might move through a year. The dimension used is Monthly Demand by Month, which supports trend analysis, capacity planning, and procurement scheduling. Each bar represents the reported demand in units for that month. The overall pattern reveals a gradual rise from January through June, with a peak around June and July, followed by a gradual decline into December. The early year increase can be driven by new construction starts and tooling revisions that require standardized fasteners. The mid-year peak often coincides with manufacturing campaigns, product launches, and maintenance cycles that accelerate demand for high-grade screws. The downturn in the last quarter may reflect project completion windows and inventory adjustments as customers align orders with budgets. Several implications arise: first, procurement planning should consider a mid-year supply boost to avoid stockouts when demand spikes; second, forecasting should emphasize the six-month horizon to capture seasonality; third, supplier reliability and lead times are crucial in ensuring on-time delivery for peak months. The data enables scenario analyses: if the June spike were higher due to a new contract, or if a supplier disruption occurs, the chart would reflect a steeper rise or fall. Limitations exist: this dataset is synthetic and not tied to specific customers or market segments; regional variations are not captured; monthly totals do not reveal daily variability or SKU-level diversity. Nonetheless, the dimension and the chart support quick communication among operations, procurement, and product teams about expected workload and inventory risk. For decision-makers, tracking this dimension over multiple years would enable more robust forecasts and better alignment with production capacity, inventory policy, and lead times.

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