banner (1)

din913 set screw - High-Quality Supplier

As a dedicated supplier, I bring you din913 set screw that meets the demands of serious production lines. I know you need dependable fasteners, and these are built for performance: High-Quality material, strict tolerances, heat-treated to boost strength, and corrosion resistance. You can trust the DIN 913 set screw to hold shafts firmly, with a secure hex socket drive, and a choice of point types to fit your application. We offer stainless steel or alloy steel options, finishes like black oxide or zinc plating, and a wide range of diameters and lengths to match your machines. I provide fast lead times, consistent quality, and ongoing support. This is why we are a reliable Supplier for manufacturing, automation, and maintenance teams. If you want steadiness in assembly, you reach to us, and you will see a noticeable upgrade in reliability and efficiency. Let me help you lock in a cost-effective, long-lasting solution today.

Hot Selling Product

din913 set screw Products Custom Solutions,

DIN 913 set screws are compact internal hex socket fasteners used to lock components in place across machinery, electronics, and automation. They come with point styles such as cup, cone, and flat, and in materials ranging from carbon steel to stainless and alloy steels, with finishes including zinc plating or black oxide. Driven by an Allen key, they sit flush or recessed, making them ideal for tight spaces and vibration resistance in global assemblies. To meet diverse global needs, suppliers offer customization: varied thread sizes and lengths, tighter tolerances, heat treatment, and surface finishes; plus value-added packaging or kitting. Flexible MOQs and scalable production support reliable stock for automotive, machinery, and electronics programs, with clear documentation and short lead times to accelerate time-to-market while ensuring traceability and consistent quality across regions.

{ din913 set screw Products Custom Solutions,}
Product Code Thread Size Length (mm) Material Finish / Coating Point Type Hardness (HRC) DIN 913 Compliant Application
DS-913-CUP-M4x0.7-16 M4x0.7 16 AISI 1018 Carbon Steel Zinc Plated Cup Point 40-44 Yes Light assembly in optical/electronic equipment
DS-913-CUP-M5x0.8-20 M5x0.8 20 AISI 1018 Carbon Steel Zinc Plated Cup Point 40-44 Yes Mounting small gears and electronics enclosures
DS-913-FLAT-M4x0.7-12 M4x0.7 12 AISI 12L14 Free-cutting Steel Black Oxide Flat Point 35-42 Yes Light-duty clamping and cosmetic trim parts
DS-913-CUP-M6x1.0-25 M6x1.0 25 AISI 4140 Alloy Steel Zinc Plated Cup Point 46-52 Yes High-strength fastening in machinery
DS-913-CONIC-M6x1.0-30 M6x1.0 30 AISI 4140 Alloy Steel Zinc Plated Conical Point 46-52 Yes Vibration locking in precision assemblies
DS-913-CUP-M8x1.25-40 M8x1.25 40 Stainless Steel A2-70 (304) Passivated Cup Point 32-38 Yes Corrosion-resistant fasteners for equipment
DS-913-FLAT-M8x1.25-30 M8x1.25 30 Stainless Steel A2-70 (304) Passivated Flat Point 32-38 Yes Stainless frame assemblies
DS-913-CUP-M5x0.8-15-ST M5x0.8 15 Stainless Steel 304 Passivated Cup Point 28-34 Yes Corrosion-resistant components for equipment

Related Products

banner (2)

din913 set screw Service Where Innovation Meets 2025

Data Dimension: Dimensional Tolerance and Surface Quality Metrics

0 20 40 60 80 100 Machining Time Surface Finish Tolerance Adherence Thread Fit Corrosion Resistance

Chart Title: Innovation-Driven Performance Metrics for DIN 913 Set Screws (2025)

The visualization presents five key performance dimensions for a DIN 913 set screw manufacturing program in 2025. Scores are normalized on a 0-100 scale to enable direct comparison across different aspects of production quality and efficiency. The dimensions are chosen to reflect a balance between speed, quality, and durability: Machining Time indicates production velocity; Surface Finish represents roughness and cosmetic quality; Tolerance Adherence measures how well parts stay within specified dimensional limits; Thread Fit assesses engagement and installation ease; and Corrosion Resistance gauges the effectiveness of protective treatments against environmental exposure. The synthetic dataset shows Surface Finish leading with 89, highlighting effective finishing protocols and stable parameter control; Thread Fit at 82 demonstrates strong thread formation, while Machining Time at 76 suggests a solid but improvable throughput. Tolerance Adherence at 64 reveals opportunities to tighten dimensional control, perhaps by tool upgrades or enhanced calibration; Corrosion Resistance at 70 indicates coatings provide meaningful protection but could benefit from additional process optimization. This pattern mirrors common trade-offs in precision fastening manufacturing: increasing speed can sometimes compromise surface quality or tolerances, so it is crucial to adopt integrated process monitoring and data-driven optimization. The 2025 innovation landscape supports adaptive control, inline metrology, and cross-functional collaboration between design, manufacturing, and quality teams to align process capability with design intent. Visualizations like this enable stakeholders to identify priority improvements, allocate resources effectively, and track progress toward a more reliable, higher-performance DIN 913 set screw in the coming year.

Top Selling Products