banner (1)

M3 screw pan head Torx 10.9 - Discount & Quotes for fasteners

I’m your sourcing partner for quality fasteners, and today I present the m3 screw pan head torx 10.9 for precision assemblies. This part has a pan head for flush mounting and a Torx drive for high torque. Made from alloy steel and heat-treated to grade 10.9, it delivers reliable preload under vibration. For bulk buyers, I can offer {Discount} options and provide clear {Quotes} quickly to keep your project on track. Whether you’re automating an assembly line or repairing field equipment, these fasteners meet strict ISO tolerances and surface finish specs. I keep steady stock and can ship same day on urgent orders. If you need more data, I can share dimensional drawing, fastening torque, and material spec upon request. You’ll see how our service aligns with your cost targets and production schedules. {}

Hot Selling Product

m3 screw pan head torx 10.9 Ahead of the Curve Your End-to-End Solution

An M3 pan-head screw with a Torx drive in Grade 10.9 packs compact size with high tensile strength. The pan head provides a clean, flush finish for enclosures and assemblies, while the Torx socket minimizes cam-out during high-torque driving, making it ideal for electronics, precision equipment, and compact machinery. With options in carbon steel or stainless steel, these fasteners deliver both strength and corrosion resistance for demanding service conditions. A true end-to-end solution means more than parts; it encompasses material selection, precision machining, heat treatment, surface finishing, packaging, and reliable logistics. Global buyers benefit from certified production, traceability, and compliance with RoHS/REACH. Flexible minimums, scalable output, and on-time delivery help you move from prototype to mass production with confidence. From engineering input to quality assurance, the right partner reduces risk and accelerates time to market. Request technical datasheets, torque recommendations, and material certificates to compare options and ensure compatibility with your assemblies. A coordinated sourcing program can simplify supplier management, lower total cost, and support multi-region distribution.

{ m3 screw pan head torx 10.9 Ahead of the Curve Your End-to-End Solution}

SKU Description Material Finish Grade/Standard Head Type Drive Type Length (mm) Head Diameter (mm) Tensile Strength (MPa) Yield Strength (MPa) Elongation (%) Hardness (HRC) Certification
M3-TP10.9-CV-BLK-006 M3 Pan Head Torx Screw, 6 mm length Carbon Steel Black Oxide 10.9 Pan Head Torx 6 5.5 1040 940 9 46 ISO 9001:2015
M3-TP8.8-CV-ZN-012 M3 Pan Head Torx Screw, 12 mm length Carbon Steel Zinc Plated 8.8 Pan Head Torx 12 5.5 800 640 12 38 ISO 9001:2015
M3-TPA2-304-SN-008 M3 Pan Head Torx Screw, 8 mm length Stainless Steel 304 Satin A2-70 Pan Head Torx 8 5.5 515 205 40 17 ISO 9001:2015
M3-TPA4-316-SN-010 M3 Pan Head Torx Screw, 10 mm length Stainless Steel 316 Passivated A4-80 Pan Head Torx 10 5.5 515 205 42 16 ISO 9001:2015
M3-TP10.9-CV-BLK-004 M3 Pan Head Torx Screw, 4 mm length Carbon Steel Black Oxide 10.9 Pan Head Torx 4 5.5 1040 940 8 46 ISO 9001:2015
M3-TP8.8-CV-ZN-016 M3 Pan Head Torx Screw, 16 mm length Carbon Steel Zinc Plated 8.8 Pan Head Torx 16 5.5 800 640 10 38 ISO 9001:2015
M3-TPA2-304-SN-006 M3 Pan Head Torx Screw, 6 mm length Stainless Steel 304 Satin A2-70 Pan Head Torx 6 5.5 515 205 50 17 ISO 9001:2015
M3-TPA4-316-SN-014 M3 Pan Head Torx Screw, 14 mm length Stainless Steel 316 Passivated A4-80 Pan Head Torx 14 5.5 515 205 42 17 ISO 9001:2015

Related Products

banner (3)

m3 screw pan head torx 10.9 in 2025 Ahead of the Curve

Data Dimension Title: Global Demand Trend for M3 Pan Head Torx 10.9 Fasteners

Explanation: This chart presents a data-driven view of the demand and production momentum for M3 pan head Torx 10.9 fasteners across a decade, culminating in a forward-looking projection for 2025. The data dimension focuses on a standardized fastener size and drive type that are critical in electronics, automotive assemblies, and industrial equipment, where torque accuracy and traceability matter. Each data point represents annual shipments by a representative mix of global manufacturers, normalized to a baseline year to highlight relative growth rates rather than raw volume. The line demonstrates steady base growth with occasional accelerations tied to product redesigns, automation upgrades, and regional capacity expansions. The early portion of the series shows modest increases as adoption scales and supply chains stabilize after disruptions. Mid-range years reveal stronger expansion driven by automotive electronics, consumer devices, and renewable energy projects that rely on reliable torque specification. Around 2022–2023, a noticeable uptick corresponds to the adoption of higher-torque applications and improved manufacturing automation, reducing cycle time and defect rates. The projections for 2024–2025 pull forward additional momentum as manufacturers standardize procurement and engineering teams increasingly specify this fastener in new assemblies, leading to higher order quantities and better forecasting accuracy. The numeric trend should be interpreted with caveats: currency swings, raw material costs, and geopolitical events can dampen or amplify shipments in particular quarters. Nevertheless, the line depicts a resilient demand trajectory for precision fasteners where performance matching and traceability are critical. This visualization supports product managers, procurement teams, and supply chain planners in identifying when capacity planning, supplier diversification, or expanded testing and qualification might be warranted to maintain on-time delivery and quality. The visualization emphasizes year-over-year growth rather than quarterly volatility, encouraging strategic planning. Users may attach additional series such as material grade or supplier index to enrich the model, and the chart should be updated regularly as new shipment data becomes available to keep forecasts aligned with market realities.

Top Selling Products