banner (1)

Custom m4 captive screw for Factories

On my side, I deliver m4 captive screw solutions that keep your production lines moving. I know your factories demand fast install, secure retention, and consistent quality, so this screw offers smooth threading, vibration resistance, and easy removal. I provide Custom options: head styles, materials (304/316 stainless, brass), coatings, and different lengths to fit your enclosure or chassis. For Factories, I offer reliable supply, short lead times, and scalable volumes with tidy packaging. I can tailor finish, tolerances, and QA documentation to your specs. The m4 captive screw features a captive nut concept that stays aligned during assembly and resists loosening under load. If you need anti-loosening features or specific lubrication, I can propose compatible inserts. Let me discuss your requirements for standard or Custom quantities, price breaks, and delivery schedules so your equipment stays secure and serviceable.

Hot Selling Product

m4 captive screw Supplies the World\u2019s Top Brands More Than a Supplier - A Partner

M4 captive screws are more than fasteners; they enable compact, secure, removable joins in electronics, automotive modules, and everyday equipment. For global procurement teams, the value lies in a true partner who can guarantee dimensional accuracy, material traceability, and steady supply across regions. An expert partner offers design guidance, a choice of alloys and finishes, and strict compliance with RoHS and REACH, ensuring your assemblies meet performance and regulatory standards. With a partner mindset, you gain BOM-level collaboration, rigorous QA programs, and transparent data—from PPAP and FMEA to 8D problem resolution. Logistics become resilient through flexible stock, regional warehousing, and reliable lead times, supported by visibility and traceability at every step. In short, M4 captive screws supplied by a capable partner become a strategic asset—reducing risk, speeding time-to-market, and sustaining global production with consistent quality.

{ m4 captive screw Supplies the World's Top Brands More Than a Supplier - A Partner }

Part_ID Category Thread_Size Length_mm Material Finish Head_Type Tensile_Strength_MPa Temperature_Range_C Compliance Country_of_Origin Application
P-1001 Captive Screw M4 6 Stainless Steel A2-70 Zinc-Plated Socket Cap (Allen) 700 -40 to 150 RoHS 2.0 China Electronics Enclosures
P-1002 Captive Screw M4 8 Stainless Steel A2-70 Passivated Socket Cap (Allen) 650 -40 to 150 RoHS 2.0 Germany Machinery Mounting
P-1003 Captive Screw M4 12 Stainless Steel 304 Zinc-Plated Flat Head Socket Cap 750 -60 to 150 REACH Japan Enclosures, Hinges
P-1004 Captive Screw M4 16 Stainless Steel 316 Passivated Hex Socket 800 -55 to 180 RoHS 2.0 USA Medical Equipment
P-1005 Captive Screw M4 20 Stainless Steel A2-70 Zinc-Plated Socket Countersunk 620 -40 to 120 RoHS China Panel Mount
P-1006 Captive Screw M4 10 Stainless Steel A2-70 Black Oxide Flat Head 600 -20 to 120 RoHS China Instrumentation
P-1007 Captive Screw M4 25 Stainless Steel A2-70 Zinc Button Head 680 -40 to 130 RoHS Germany Automotive
P-1008 Captive Screw M4 30 Stainless Steel 304 Passivated Socket Cap 700 -60 to 160 REACH Taiwan Electronics & Enclosures

Related Products

banner (2)

m4 captive screw Trusted by Pros Factory-Direct Excellence

相关的数据维度标题:设备产线稳定性与产出波动

New Data Dimension: Operational Efficiency Trend

Explanation: This line chart illustrates the trend of operational efficiency over twelve consecutive weeks. The horizontal axis represents sequential weeks labeled W1 through W12, while the vertical axis measures an efficiency index on a 0–100 scale. The data points reflect a composite metric that combines throughput, uptime, and quality factors to describe overall line performance. The chart shows a general upward trajectory with a brief dip around Week 4, followed by a sustained rise through Week 11 and Week 12. The filled area beneath the line emphasizes cumulative output potential over time. From Week 1 at 60 to Week 12 at 96, the index improves by 36 points, indicating a substantial enhancement in process capability and stability. Several factors likely contribute to this improvement: routine preventive maintenance reducing unexpected downtime, better tool calibration and alignment, and refined work instructions that streamline operator tasks. The mild fluctuation around Week 4 may point to a temporary disruption in supply or a maintenance window, after which corrective actions were implemented. By comparing this trend with related metrics such as defect rate or cycle time, teams can assess whether efficiency gains correspond with quality improvements or if trade-offs exist. The chart provides a concise, visual summary enabling stakeholders to quickly identify when interventions produce measurable uplift and where further optimization is warranted. In practice, this kind visualization supports data-driven decision making by highlighting periods of strong growth and potential bottlenecks. It also serves as a baseline for forecasting future performance under varying production plans. Extending the observation beyond Week 12 would reveal whether the upward trajectory continues, plateaus, or requires additional improvement efforts. Ultimately, the chart demonstrates how a simple line representation, paired with clear labeling and consistent scaling, can convey complex production dynamics in an accessible format for cross-functional decision making.

Top Selling Products