banner (1)

Safety Screws | China Manufacturer of High-Quality Fastening Solutions

We are a China-based Manufacturer of high-performance Safety Screws for industrial equipment, electrical enclosures, and machinery mounts. We design, engineer and stock DIN/ISO compatible variants in stainless steel, alloy and plated finishes for corrosion resistance and long service life. Our Safety Screws feature tamper-resistant drive, captive nuts, and thread-locking options to reduce maintenance and downtime. We partner with suppliers and QA teams to ensure consistent tolerance, bold grades, and fast lead times. We offer customization: head styles, drive types, coatings, and non-standard lengths to fit tight spaces. With strict factory audits, we guarantee traceability and shrink-wrapped packaging for easy palletized shipping. If you’re sourcing a reliable, cost-efficient fastening solution to protect equipment and personnel, we provide clear documentation, samples, and scalable production to meet your project demand.

Hot Selling Product

Safety Screws Factory Your End-to-End Solution

Choosing safety screws means partnering for an end-to-end solution, from concept to mass production. A capable manufacturer translates your requirements into scalable designs, material choices, and tooling, with options for tamper-resistant, security-bit, and corrosion-resistant screws in stainless steel, alloys, or zinc finishes. Prototyping, design validation, and test reports accelerate development, while compliance with ISO, RoHS, REACH, and UL ensures global readiness. On the production and logistics side, the partner offers integrated controls, inline inspection, and full traceability. Services cover adaptable MOQs, scalable manufacturing, packaging and kitting, and reliable global shipping under common incoterms. A single point of contact coordinates engineering, quality, and delivery—reducing lead times, increasing predictability, and delivering strong after-sales support for global buyers.

Safety Screws Factory Your End-to-End Solution

Product Code Screw Type Material Grade Coating Thread Size Length (mm) Head Style Process Steps Lead Time (days) Dimensional Tolerance (mm) Standards / Compliance Monthly Capacity (pcs) Scrap Rate (%) Certification
SSF-HSC-M4x12 Hex Socket Cap Screw Stainless Steel A2-70 A2-70 Zinc Plating M4x0.7 12 Hex Socket Cap Cold Heading; Thread Rolling; Heat Treatment; Zinc Plating 7 +/-0.10 ISO 898-1; RoHS 450000 0.30 ISO 9001:2015
SSF-PH-M3x6 Pan Head Screw Alloy Steel 8.8 Black Oxide M3x0.5 6 Pan Head Cold Heading; Thread Rolling; Heat Treatment; Black Oxide 10 +/-0.12 ISO 898-1; RoHS 320000 0.50 ISO 9001:2015
SSF-TS-M6x12 Torx Socket Cap Screw Stainless Steel A4-70 A4-70 Passivation M6x1.0 12 Torx Socket Cap Cold Heading; Thread Rolling; Heat Treatment; Passivation 9 +/-0.08 ISO 3506-1; RoHS 520000 0.25 ISO 9001:2015
SSF-FHC-M5x16 Flat Head Countersunk Screw Alloy Steel 12.9 Zinc Nickel M5x0.80 16 Flat Head Cold Heading; Anti-Rust Coating; Thread Rolling; Heat Treatment 14 +/-0.15 ISO 898-1; RoHS 400000 0.70 ISO 9001:2015
SSF-HB-M8x25 Hex Button Head Screw Stainless Steel A2-70 A2-70 None M8x1.0 25 Hex Button Cold Heading; Thread Rolling; Heat Treatment; Passivation 8 +/-0.10 ISO 898-1; RoHS 280000 0.20 ISO 9001:2015
SSF-SH-M4x8 Socket Head Cap Screw Alloy Steel 10.9 Zinc Plating M4x0.7 8 Hex Socket Cold Heading; Thread Rolling; Heat Treatment; Zinc Plating 6 +/-0.08 ISO 898-1; RoHS 700000 0.60 ISO 9001:2015
SSF-HCS-M10x30 Countersunk Hex Screw Stainless Steel A4-70 A4-70 Black Oxide M10x1.5 30 Countersunk Cold Heading; Thread Rolling; Heat Treatment; Passivation 11 +/-0.12 ISO 898-1; RoHS 210000 0.45 ISO 9001:2015
SSF-STS-M3x10 Self-Tapping Screw Stainless Steel A2-70 A2-70 None M3x0.5 10 Pan Head Pilot Hole; Self-Tapping; Finishing 5 +/-0.10 ISO 1478; RoHS 600000 0.25 ISO 9001:2015
SSF-HSC-M6x20 Hex Socket Cap Screw Stainless Steel A4-70 A4-70 Clear Passivation M6x1.0 20 Hex Socket Cap Cold Heading; Thread Rolling; Heat Treatment; Passivation 9 +/-0.08 ISO 898-1; RoHS 500000 0.35 ISO 9001:2015
SSF-HSC-M12x40 Hex Socket Cap Screw Alloy Steel 12.9 Zinc Plating M12x1.75 40 Hex Socket Cap Cold Heading; Thread Rolling; Heat Treatment; Zinc Plating 12 +/-0.12 ISO 898-1; RoHS 180000 0.50 ISO 9001:2015

Related Products

banner (4)

Safety Screws Where Innovation Meets 2025 Service Backed by Expertise

数据维度:创新驱动的服务与安全螺丝质量与响应时间的时间序列

Time Series of Innovation-Driven Safety Screw Service and Quality Metrics

Three lines: Quality (blue), Service Availability (green), Delivery Timeliness (orange) from 2023 Q1 to 2025 Q4 0 20 40 60 80 100 2023 Q1 2023 Q2 2023 Q3 2023 Q4 2024 Q1 2024 Q2 2024 Q3 2024 Q4 2025 Q1 2025 Q2 2025 Q3 2025 Q4 Quality Service Availability Delivery Timeliness

Explanation: This chart presents a time-series comparison of three data dimensions capturing how safety screw innovations translate into service performance across twelve quarters from 2023 Q1 to 2025 Q4. The Quality Score reflects manufacturing precision, defect rate, and reliability metrics, scaled from 0 to 100. Service Availability measures the continuity of support operations and emergency response readiness. Delivery Timeliness captures the on-time shipment rate to customers. The x-axis represents time, and the y-axis represents a normalized index from 0 to 100. The data are synthetic but designed to illustrate plausible trajectories consistent with a company investing in design for quality and proactive service. Observations: All three metrics show an overall upward trend with minor inter-quarter fluctuations. In 2023, the three lines start at mid to upper 80s, indicating a stable baseline after a design refresh and initial service improvements. From 2024 onward, Service Availability climbs toward the high 90s, reflecting expanded field maintenance coverage and improved incident resolution cycles. Quality continues to improve, reaching the mid 90s by late 2025, signaling better defect prevention and process capability. Delivery Timeliness tracks closely with Quality, gaining momentum as supplier collaboration and logistics planning mature. The convergence of the lines suggests a positive feedback loop: higher quality reduces after-sales pressure, enabling more proactive service and faster response, which in turn reinforces customer trust and demand. The chart also indicates occasional dips during product transitions or when new batches enter production, a natural risk during technology adoption that highlights the importance of controlled testing and staged rollouts. Methodology: The data are illustrative, using evenly spaced quarterly points and normalized 0–100 scores. They do not represent a specific company's confidential information. Limitations include the lack of regional variation, market segmentation, or external macro factors. For decision makers, the takeaway is that sustained investments in design for quality, scalable service architectures, and data-driven operations correlate with stronger timing, higher quality, and better overall service outcomes. Further work could integrate customer feedback, warranty claims, and cost metrics to provide a fuller picture and enable more precise ROI estimates.

Top Selling Products