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Custom mini brass screws for Factories

We supply mini brass screws engineered for precision in electronics, jewelry, and delicate furniture. For Custom needs and Factories alike, I tailor head styles, lengths, and thread types to fit your production line. Our brass screws come in options from polished to plated finishes, with tight tolerances and RoHS compliant grades. I can offer custom lengths, packaging, and branding to speed prototypes through QC and into volume runs. Built for strength and corrosion resistance, they perform reliably in marine and humid environments, while providing good electrical conductivity where needed. Factory-direct pricing means shorter lead times and lower total cost of ownership. If you’re scaling up, I’ll work with your engineering team to define MOQ, labeling, and shelf-ready packaging that align with your supply chain. Let me help you secure a steady supply of reliable mini brass screws that meet your exact specs.

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mini brass screws Application From Concept to Delivery

Mini brass screws are ideal for compact assemblies requiring precision. They deliver strength, corrosion resistance, and electrical conductivity in electronics housings and small fixtures. In the concept phase, buyers define size, head style, drive, thread pitch, tolerance, and finish. Brass, especially grade C36000, enables smooth machining and a clean appearance. Early plating or coating choices (nickel or clear passivation) can boost wear resistance and compatibility while preserving solderability. From concept to delivery, prototyping, tooling, and tight quality control are essential. Manufacturing typically uses CNC turning or thread rolling for accurate threads, followed by surface finishing. Key checks cover dimensions, thread form, plating thickness, and adhesion with traceable data. Packaging and logistics are tailored for international buyers: compact packaging, clear labeling, and reliable lead times. Strong supplier collaboration reduces risk and supports scalable sourcing for high-mix or long-running programs.

{ mini brass screws Application From Concept to Delivery}

Part_ID Size_mm Length_mm Head_Type Drive_Type Material Finish Thread_Pitch_mm Standard Tensile_Strength_MPa Process Lead_Time_days QA_Pass_Rate_pct Assembly_Method Delivery_Method
SBR-001 2.0 4.0 Socket Cap Hex Brass (CuZn39Pb3) Natural Brass 0.40 Metric - Coarse 210 Cold Heading, CNC Machining, Thread Rolling 12 99.6 Automated insertion + manual finishing Standard Shipping
SBR-002 2.5 6.0 Pan Head Phillips Brass (CuZn39Pb3) Satin Nickel Plated 0.45 Metric - Fine 215 Cold Heading, CNC Machining, Deburring 14 99.8 Semi-automated Air Freight
SBR-003 3.0 5.0 Button Head Torx Brass (CuZn39Pb3) Nickel Plated 0.50 Metric - Fine 230 Precision Molding, Machining 18 99.7 Manual Standard
SBR-004 2.0 8.0 Flat Head Hex Brass Tin Plated 0.40 Metric - Coarse 205 CNC Machining, Thread Rolling 20 99.9 Auto Assembly Expedited
SBR-005 1.6 3.0 Flat Head Hex Brass Natural Brass 0.35 Metric - Coarse 200 Cold Heading + Machining 10 99.5 Hand Assembly Standard
SBR-006 2.0 10.0 Truss Head Phillips Brass Nickel Plated 0.40 Metric - Coarse 210 Cold Heading, Chamfering 15 99.4 Semi-Manual Standard
SBR-007 3.5 7.0 Button Head Hex Brass Satin Nickel 0.60 Metric - Coarse 225 Precision Turning, Thread Rolling 22 99.7 Automated Air Freight
SBR-008 2.2 4.5 Socket Cap Torx Brass Gold Plated 0.42 Metric - Coarse 215 CNC Milling, Finishing 13 99.8 Semi-Auto Standard

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mini brass screws For the Current Year Guarantees Peak Performance

数据维度:年度螺丝件性能与成本对比

Data Dimension: Annual Brass Screw Performance and Cost Index

Batch A Batch B Batch C Batch D Quality Cost 0 100

The dataset provides a concise snapshot of the current year’s performance for mini brass screws across four production batches. Each batch is represented by two bars: a quality index (blue) and a cost efficiency score (orange). The quality index ranges from 0 to 100, reflecting material integrity, dimensional tolerance, plating finish, and overall assembly reliability. The cost score, also on a 0–100 scale, is oriented so that higher values indicate better cost-effectiveness relative to a defined benchmark. This layout enables quick cross-batch comparisons: Batch A demonstrates strong quality with moderate cost pressure, Batch B achieves an excellent balance of high quality and favorable cost, Batch C shows a mild dip in both areas likely caused by stricter tolerances, and Batch D presents improved cost efficiency with a small trade-off in quality. The relationship between quality and cost is not strictly inverse; some batches manage to sustain high quality without a substantial cost penalty, signaling robust process controls and efficient supplier management. Overall, this visualization supports a data-driven approach to sustain peak performance by focusing on materials consistency, finish quality, and tolerance control where gaps appear. For procurement and manufacturing teams, this chart offers a straightforward way to identify batches that would benefit from process tweaks or supplier negotiation. Future enhancements could add monthly data, defect rates, or field performance feedback to enrich trend analysis and guide continuous improvement throughout the year.

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