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cup point set screw din 916 - High-Quality Supplier

We offer a precise {cup point set screw din 916} crafted for dependable grip in fixture plates and toolmaking. As a dedicated Supplier, we ensure every lot meets strict tolerances and surface finish specs to minimize wear and slippage. The cup point design concentrates force to prevent marring, while DIN 916 compatibility guarantees interchangeability across brands. In our warehouse, you’ll find stainless steel and Grade 5 options, with black oxide finishes for corrosion resistance and easy lubrication. We test axial pull and seating depth to confirm clamping force under dynamic loads, so your assembly stays aligned, even in high-speed production. For manufacturers, engineers and buyers seeking High-Quality components that ship quickly, we offer flexible packaging, short lead times, and scalable stock levels. Let us support your lean inventory goals with a reliable, long-lasting fastener that reduces maintenance and downtime. Contact me today to discuss your specs, volumes, and certification needs.

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cup point set screw din 916 Market Leader Where Service Meets Innovation

Cup-point set screws, in the DIN 916 family, provide secure clamping with gentle contact. The cup-shaped point distributes load across the mating surface, reducing marring and helping resist loosening under vibration. They are ideal for motor mounts, gears, pulleys, and electronics housings where space is tight. Available materials include carbon steel and stainless steel, with common drive formats to suit automation needs. Global buyers look for consistent quality, traceability, and responsive service. Key buying factors include material grade, hardness, tolerances, coatings, lead times, and packaging. Market leaders combine robust QA, flexible customization (lengths, finishes, and kitting), and reliable logistics to streamline procurement and lower total cost. When supplier capabilities align with design needs and supply-chain resilience, innovation and service become the fastest path from prototype to production.

{ cup point set screw din 916 Market Leader Where Service Meets Innovation}

Part No Size Thread Pitch Length (mm) Material Finish Tensile Strength (MPa) Hardness (HRC) Drive Type DIN Spec Applications
PNS-916-M1 M4 Coarse 6.0 Zinc Plated Steel Plain 600 48 Allen Hex Socket DIN 916 General fastening
PNS-916-M2 M5 Coarse 8.0 Alloy Steel Black Oxide 850 46 Allen Hex Socket DIN 916 Sheet metal assembly
PNS-916-M3 M6 Fine 10.0 Stainless Steel 304 Passivated 1100 44 Internal Hex DIN 916 Electrical enclosure
PNS-916-M4 M8 Coarse 12.0 Stainless Steel 303 Bright Zinc 980 40 Allen Hex Socket DIN 916 Motors mounting
PNS-916-M5 M10 Fine 14.0 Alloy Steel Black Oxide 1200 44 External Hex DIN 916 Bridge assembly

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cup point set screw din 916 Products Outperforms the Competition

New Data Perspective: Performance Index by Screw Size (DIN 916 Cup Point Set Screws)

0 20 40 60 80 100 M3 M4 M5 M6 M8 M10

Explanation: This chart presents a data-driven comparison of DIN 916 cup point set screws across six common size categories (M3, M4, M5, M6, M8, M10). To provide a succinct, single-reference indicator suitable for quick screening, three core performance dimensions—Load Capacity, Torque Retention, and Wear Resistance—were collected for each size and normalized to a 0–100 scale. The normalized values were averaged to yield an overall Performance Index. Normalization was performed by dividing each metric by its observed maximum across the dataset and multiplying by 100, ensuring that larger values indicate better performance relative to peers. The resulting index favors larger sizes, which tend to offer higher mechanical robustness due to increased cross-sectional area and material reserves; this is reflected in the maximum index of 100 for M10. The M8 category shows strong performance, indicating a favorable balance between clamping force, torque stability, and wear resistance. The smaller M3 size, while potentially advantageous for light-duty, compact assemblies, scores lower on the index due to relatively reduced load-bearing capacity and wear margins. This approach demonstrates how multi-criteria performance can be distilled into a single, comparable metric, enabling engineers and procurement teams to screen options quickly. In practice, users may apply different weightings to the three metrics based on application priorities—prioritizing wear resistance in corrosive environments, for example—then recompute the index accordingly. The chart serves as a reproducible snapshot to accompany detailed test data, specifications, and supplier evaluations during design reviews or selection processes.

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