banner (1)

flat hex head self-tapping screws - ODM Factory Quality & Custom

I source and supply high-quality flat hex head self-tapping screws that meet stringent OEM standards. As a Factory, I control every step from raw material to finished product, ensuring consistent thread engagement, precise head diameter, and drive compatibility. I understand the needs of B2B buyers looking for fast, scalable procurement, whether you want standard sizes or custom specs. My ODM services let you specify material, coatings, thread pitch, and length, while I guarantee tight tolerance and batch-to-batch consistency. I offer competitive pricing, short lead times, and reliable QC tests, including torque tests and coating adhesion. The flat hex head design provides strong seating and easy driving in metal sheets and plastics, reducing the risk of cam-out. If you’re sourcing for mass production or a product upgrade, I’m ready to partner with your engineering team to tailor the screws to your application. ODM-friendly, Factory-backed, ready to ship worldwide.

Hot Selling Product

flat hex head self-tapping screws For the Current Year Your End-to-End Solution

Flat hex head self-tapping screws are a practical fastening choice for enclosures, electronics, and light machinery in global supply chains. An end-to-end solution starts with material and finish choices—stainless steel for corrosion resistance, carbon steel with zinc or black-oxide coatings for cost efficiency, and plated variants for specific environments. The flush drive and self-tapping thread enable secure joining in thin sheets without pre-drilling, while standardized options for length, pitch, and head height support optimized torque and assembly. From design to delivery, a capable supplier provides more than parts: engineering input, sample trials, and reliable lead times with traceable quality. Expect ISO-aligned manufacturing, in-process inspections, and packaging suited to global logistics, plus clear pricing and scalable MOQs. With an end-to-end partner, you reduce risk, shorten time-to-market, and ensure consistent quality across regions.

{ flat hex head self-tapping screws For the Current Year Your End-to-End Solution }
Part ID Length (mm) Diameter (mm) Thread Pitch (mm) Material Finish Head Height (mm) Drive Type Coating / Appearance Tensile Strength (MPa) Applications / Notes
FHSS-M4x0.7-08 8 4 0.70 Stainless Steel A2 (304) Zinc Plated 2.4 Hex Socket Bright Zinc 520 General purpose indoor metal sheets; self-tapping for sheet metal
FHSS-M4x0.7-12 12 4 0.70 Stainless Steel A2 Passivated 2.2 Hex Socket Passivation 540 Light chassis assembly
FHSS-M5x0.8-16 16 5 0.80 Carbon Steel Zinc Plated 2.3 Hex Socket Zinc 700 Medium duty fastening for metal sheets
FHSS-M5x0.8-20 20 5 0.80 Stainless Steel A4 Passivated 2.5 Hex Socket Black Oxide 850 Outdoor / corrosive environment fastening
FHSS-M6x1.0-12 12 6 1.00 Carbon Steel Black Oxide 2.7 Hex Black 520 Structural sheet metal applications
FHSS-M6x1.0-25 25 6 1.00 Stainless Steel A2 Satin 2.9 Hex Socket Satin 650 Decorative paneling and mid-weight joints
FHSS-M8x1.25-18 18 8 1.25 Stainless Steel A4 Bright 3.1 Hex Socket Passivation 930 High-strength structural fastening
FHSS-M8x1.25-30 30 8 1.25 Carbon Steel Zinc Plated 3.3 Hex Zinc 700 Fastening for thicker sheets
FHSS-M4x0.7-40 40 4 0.70 Stainless Steel A2 Bright 2.4 Hex Socket Bright Zinc 520 Heavy-duty indoor applications
FHSS-M5x0.8-8 8 5 0.80 Aluminum Alloy 6061-T6 Anodized 2.0 Hex Socket Anodized 320 Lightweight applications

Related Products

banner (2)

flat hex head self-tapping screws Manufacturer More Than a Supplier - A Partner

Data Dimension: Monthly Demand by Flat Hex Head Self-Tapping Screw Size

Explanation (approx. 300 words)

Overview: This chart visualizes monthly demand by flat hex head self-tapping screw size, a data dimension useful for inventory planning and procurement. Categories represent common screw sizes, labeled in millimeter diameter (2.9 mm, 3.0 mm, 3.5 mm, 4.0 mm, 4.2 mm). Values denote units sold per month, expressed in hundreds of units for readability. The bars provide a quick comparative view of relative demand across sizes, while the gridlines help interpret scale. Observations show that the 3.0 mm category has the highest demand, suggesting it is the most widely used size in typical assemblies. The 2.9 mm size also shows strong demand, indicating a preference for slender options in lighter applications. In contrast, the larger diameters 4.0 mm and 4.2 mm exhibit lower demand, which may reflect applications with thicker or heavier components or cost considerations that discourage over-sizing. This pattern has implications for manufacturing and supply chain: it favors prioritizing production capacity and supplier negotiation for the mid-range sizes, while keeping stock of the smaller and larger sizes more lean. The data dimension emphasizes the importance of assortment breadth to cover varied customer needs, rather than relying on a single preferred size. Additional attributes such as coating (plain, zinc, black oxide), thread length, material grade, and head type could be layered onto the dataset to produce richer segmentation. If trend data were available, one could transform this static snapshot into a time series to assess growth rates, seasonal effects, or the impact of market campaigns. This chart therefore serves as a visual exploration tool, enabling stakeholders to identify gaps, optimize lead times, and align procurement with demand signals. For decision support, extending the visualization with interactive elements—tooltips, hover descriptions, and filters by region or customer segment—would further enhance clarity and speed of action in fast-moving procurement environments.

Top Selling Products