banner (1)

Grub Screws - Discount Quotes for High-Quality Fasteners

As a B2B purchaser, I need dependable mounting solutions, and {Grub Screws} fit the bill. These set screws lock pulleys, gears, and collars on shafts with no protruding heads, offering secure clamping in compact spaces. We offer a range of materials (alloy steel, stainless steel 316, and case-hardened grades) and finishes, with sizes from M3 to M12 or 1/8" to 1/2", plus hex socket and slotted styles for easy installation. Our stock is dimensionally precise, heat-treated to ensure high hardness, and compatible with common torque specs. I value fast lead times, consistent supply, and clear documentation for OEM projects. For large quantities, I look for {Discount} options and straightforward {Quotes} to keep procurement simple. This is why we choose these parts for CNC, automation, and machinery builds—reliable clamping, easy sourcing, and a solid price-to-performance ratio.

Hot Selling Product

Grub Screws Is The Best Leads the Global Market

Grub screws, or set screws, are compact locking fasteners designed to secure components without a protruding head. Their hex socket drive enables tight, vibration-resistant fastening in crowded assemblies—from electronics to machinery. They come in multiple materials and coatings, delivering dependable performance where space and corrosion resistance matter. Global procurement benefits from suppliers with scalable production, strict quality control, and adherence to international standards. Materials such as stainless steel and hardened steel with finishes like black oxide, zinc, or phosphate support diverse environments. Rigorous testing of strength, hardness, tolerance, and coating integrity ensures consistent performance across batches. Choose suppliers with clear specifications, flexible lead times, and reliable logistics. Key considerations include material grade, hardness, coating, thread size and length, plus traceability and compliance certificates. A trusted partner offers samples, scalable MOQs, transparent pricing, and responsive support to meet evolving regional demand.

Grub Screws Is The Best Leads the Global Market
Thread Size Length (mm) Material Finish Head Style Drive Type Standard Tensile Strength (MPa) Hardness (HRC)
M2 6 Stainless Steel 304 Passivated Socket Hex DIN 916 520 22
M3 8 Stainless Steel 316 Passivated Socket Hex DIN 916 620 25
M4 10 Carbon Steel Black Oxide Socket Hex DIN 916 800 32
M5 12 Alloy Steel Zinc Plated Socket Hex DIN 916 900 34
M6 16 Stainless Steel 304 Passivated Socket Hex DIN 916 540 28
M8 20 Stainless Steel 316 Passivated Socket Hex DIN 916 700 30
M10 25 Alloy Steel Zinc Plated Socket Hex DIN 916 1050 36
1/4-20 12 Carbon Steel Black Oxide Socket Hex ASME B18.3 850 38
M3 6 Stainless Steel 304 Passivated Socket Hex DIN 916 560 24
M2 5 Stainless Steel 304 Passivated Socket Hex DIN 916 510 21

Related Products

banner (2)

Grub Screws Manufacturer Factory-Direct Excellence

Thread Size Distribution and Daily Output Trend

This dataset represents daily production counts for three common grub screw thread sizes (M3, M4, and M5) collected over a 30-day period on a single manufacturing line. The goal is to illustrate how output varies by thread size and how overall throughput evolves over time. The three lines reveal both shared and size-specific dynamics, aiding capacity planning and scheduling decisions. Observations: M3 consistently accounts for the largest share of daily output, indicating it is the most demanded size and the easiest to produce on the current setup. M4 shows several noticeable spikes around days 9–12 and days 18–20, which may reflect batch orders or changes in raw material supply that temporarily boosted production for this size. M5 remains the smallest contributor but moves in relative tandem with M3, often rising when M3 does and falling with it; this pattern suggests shared tooling and setup activity influence all sizes. The period-to-period variation could reflect routine maintenance, tool wear, or shift changes, and it emphasizes the importance of stabilizing changeover times to raise overall efficiency. By visualizing the three sizes together, operators can identify whether capacity is bottlenecked by a particular size or whether all sizes share the same bottlenecks, such as material flow or machine uptime. From a planning perspective, the data imply opportunities to optimize batch sequencing, for example by grouping orders by size to minimize tool changes, or by adjusting preventive maintenance windows to reduce unplanned downtime. If extended, adding a defect rate or scrap metric per size would provide a fuller view of quality alongside quantity. Furthermore, normalizing each series by the total daily output could yield shares that inform forecast accuracy and inventory targets. This simple chart demonstrates how time-series visualization helps translate raw production counts into actionable insights, guiding process improvements and helping meet customer demand more reliably.

Top Selling Products