banner (1)

M13 Socket Head Cap Screw - OEM & Suppliers

I know that engineers and buyers in OEM projects need fasteners you can rely on, and the m13 socket head cap screw is what I stock to meet that demand. I supply high-strength fasteners in standard M13 size, available in alloy steel, stainless steel, and coated options to resist corrosion and wear. Each piece is manufactured to tight tolerances, with accurate head diameter and a deep hex socket for secure drive. For OEM applications, I offer customizable lengths, finishes, and packaging to streamline your assembly lines. As a dedicated supplier, I maintain consistent lead times and full quality documentation, so you can approve parts quickly and avoid line stoppages. Whether you need small batches or full-scale production, I am your dependable link to reliable m13 socket head cap screws—built to performance, tested for thread engagement, and trusted by global Suppliers.

Hot Selling Product

m13 socket head cap screw Products For the Current Year

An M13 socket head cap screw is a compact, high-strength fastener used in electronics enclosures and precision machinery. This year, global buyers report steady demand as automation grows, with emphasis on reliable supply, traceable quality, and consistent performance. Key selection criteria include material (stainless steel for corrosion resistance; alloy steel for higher strength), heat treatment grades (8.8, 10.9, 12.9), coatings (black oxide, zinc, passivation), and the specific metric thread pitch and length. Since M13 is less common than smaller sizes, confirm availability and compatibility with torque and vibration needs with your suppliers. For risk-free procurement, specify the exact diameter and pitch, length, head style, drive size, material grade, finish, and required certifications (e.g., ISO quality management, RoHS). Request data sheets, material test reports, and third-party verification when needed. Plan packaging and logistics to minimize damage and ensure stable deliveries across regions. Align technical specs with supplier capabilities to secure a dependable supply of M13 socket head cap screws for critical assemblies.

{ m13 socket head cap screw Products For the Current Year}
Product ID Thread Size Length (mm) Material Finish Grade Standard Head Diameter (mm) Drive Type Coating Tensile Strength (MPa) Weight (g) Certification Supplier Code
M13-TR-001 M13 25 Alloy Steel Black Oxide 8.8 DIN 912 17 Hex Socket Black Oxide 800 8.2 RoHS M13-SK-25-BO-8.8
M13-TR-002 M13 30 Alloy Steel Zinc Plated 8.8 DIN 912 17 Hex Socket Zinc 780 9.1 RoHS M13-SK-30-ZP-8.8
M13-TR-003 M13 16 Stainless Steel A2-70 Satin A2-70 ISO 4762 17 Hex Socket Passivation 500 6.5 RoHS M13-SK-16-SS-A2-70
M13-TR-004 M13 40 Stainless Steel A4-80 Passivation A4-80 ISO 4762 17 Hex Socket Passivation 700 12.2 REACH, RoHS M13-SK-40-SS-A4-80
M13-TR-005 M13 60 Alloy Steel Zinc Plated 10.9 DIN 912 17 Hex Socket Zinc 980 18.4 RoHS M13-SK-60-BO-10.9
M13-TR-006 M13 50 Alloy Steel Black Oxide 8.8 DIN 912 17 Hex Socket Black Oxide 800 13.8 RoHS M13-SK-50-BO-8.8
M13-TR-007 M13 75 Stainless Steel A2-70 Polished A2-70 ISO 4762 17 Hex Socket Natural 520 19.5 RoHS M13-SK-75-SS-A2-70
M13-TR-008 M13 100 Stainless Steel A4-80 Satin 80 ISO 4762 17 Hex Socket Passivation 700 26.7 REACH M13-SK-100-SS-A4-80
M13-TR-009 M13 120 Alloy Steel Black Oxide 8.8 DIN 912 17 Hex Socket Black Oxide 830 31.5 RoHS M13-SK-120-BO-8.8
M13-TR-010 M13 25 Stainless Steel A2-70 Zinc Plated A2-70 ISO 4762 17 Hex Socket Zinc 520 6.3 RoHS M13-SK-25-SS-A2-70-ZP
M13-TR-011 M13 35 Stainless Steel A4-80 Black Oxide A4-80 ISO 4762 17 Hex Socket Black Oxide 680 9.9 RoHS M13-SK-35-SS-A4-80-BO
M13-TR-012 M13 45 Alloy Steel Satin 10.9 DIN 912 17 Hex Socket Passivation 860 14.7 RoHS M13-SK-45-BO-10.9

Related Products

banner (2)

m13 socket head cap screw Pioneers in the Field Exceeds Industry Benchmarks

Data Insight Title: Field Performance Benchmarking for M13 Socket Head Cap Screws

Data Dimension: Field Performance by Screw Attributes

Explanation: This chart presents a data-driven view of field performance for M13 socket head cap screws across five treatment grades. The data dimension is 'Field Performance by Screw Attributes', focusing on a composite performance score that combines tensile strength, fatigue life, and wear resistance under standard service conditions. Each bar represents a grade category and shows a normalized score from 0 to 100, enabling direct comparison of expected reliability across different processing options. The higher the bar, the greater the expected robustness in field use.

The dataset used here is synthetic but designed to illustrate how processing choices translate into measurable outcomes. In this example, Grade E produces the highest score (95), followed by Grade C (92), Grade D (88), Grade B (85), and Grade A (78). The slight variations between grades reflect trade-offs among fatigue resistance, surface finish, and material behavior under cyclic loading. The chart uses evenly spaced categories so that variance in measurement does not obscure the overall trend.

Interpretation should consider the context of how the data was generated: laboratory-standard tests, accelerated wear cycles, and environmental conditions that mimic real service. The Score is a normalized proxy intended for benchmarking procurement decisions, quality control, and design validation. It does not replace detailed attribute-level analysis; rather, it highlights where deeper investigation is warranted. For procurement teams, the chart suggests that investing in higher-grade surface treatments can yield meaningful reliability gains with potentially lower lifecycle costs due to reduced maintenance and fewer field failures. For engineers, it emphasizes the value of a holistic performance metric that captures multiple mechanical properties in a single, comparable figure. Future work could decompose the composite score into its constituent elements to identify the precise drivers of improvement and to refine the scoring model for different operating environments.

Top Selling Products