banner (1)

Brass Slotted Round Head Machine Screws — ODM Factory

I deliver brass slotted round head machine screws with consistent quality, tight tolerances, and reliable performance. As a supplier focused on ODM needs and factory partnerships, I tailor finishes, lengths, and head sizes to your specs. These screws offer excellent corrosion resistance and compatibility with common metric and imperial threads, perfect for electrical enclosures, electronics, and outdoor gear. Through ODM collaboration, I can customize coating options, packaging, and lot sizes to fit your production line. Being a factory-direct source means competitive pricing, shorter lead times, and clear traceability from raw material to final screw. I provide samples, complete datasheets, and QA documentation to ease your procurement process. If you’re sourcing brass slotted round head machine screws for high-volume builds or prototype runs, I’ve got you covered. Let’s discuss your ODM requirements and align production schedules with your delivery deadlines.

Hot Selling Product

brass slotted round head machine screws Now Trending Delivers Unmatched Quality

Brass slotted round head machine screws are trending for electronics enclosures, consumer devices, and precision hardware due to their blend of conductivity, corrosion resistance, and machinability. Brass offers reliable performance in humid or coastal environments, maintaining stable threads and predictable torque. The slotted drive supports straightforward installation on automated lines, while the rounded head yields a clean, unobtrusive finish on visible panels. Global buyers should specify material grade, thread system (ISO metric or imperial), diameter, length, and pitch, as well as preferred plating (tin, nickel) to enhance solderability and corrosion resistance. Demand traceable production lots, QA reports, and compliance with international standards, with clear lead times and scalable minimum orders to fit diverse design cycles. A dependable supplier provides consistent quality, flexible packaging, and efficient logistics to support worldwide procurement.

{ brass slotted round head machine screws Now Trending Delivers Unmatched Quality}

Variation Size Length (mm) Thread Pitch (mm) Head Diameter (mm) Finish Material Tensile Strength (MPa) Applications Notes
Classic Natural Brass M3 8 0.50 5.0 Natural Brass Brass (CuZn39) 270 Electrical enclosures, consumer electronics Uncoated; suitable for light-duty metal-to-metal assemblies
Lacquered Brass M4 12 0.70 6.0 Lacquered Brass (CuZn39) 290 Mechanical assemblies, damp environments Clear lacquer coating resists tarnish
Antique Brass M3 6 0.50 4.8 Antique Brass Brass (CuZn39) 260 Vintage furniture restoration Patina-enhanced finish for aesthetic
Bright Brass M4 16 0.70 6.5 Bright Brass (CuZn39) 300 Machinery fixtures Polished for high gloss
High-Strength Alloy M5 20 0.80 7.0 Natural Brass Brass (CuZn40) 340 Instrumentation mounting Higher tensile strength for critical joints
Economy Grade M2.5 8 0.45 4.2 Clear Lacquer Brass (CuZn37) 250 General assembly Cost-effective option for light-duty use
Sanitary Grade M4 25 0.70 7.0 Passivated Brass (CuZn39) 270 Food processing equipment Passivated finish for corrosion resistance in clean environments
Decorative Brass M3 10 0.50 5.0 Brushed Finish Brass (CuZn39) 280 Furniture fittings Brushed texture for aesthetic appeal

Related Products

banner (4)

brass slotted round head machine screws Sets the Industry Standard Service Backed by Expertise

New Data Dimension Title: Distribution of Brass Slotted Round Head Screws by Thread Size

0 50 100 150 200 120 200 180 150 90 M3×6 M3.5×6 M4×8 M4×10 M5×12

Explanation

This dataset visualizes the distribution of brass slotted round head machine screws by thread size across a representative range of applications. The five size classes chosen here—M3×6, M3.5×6, M4×8, M4×10 and M5×12—cover small fasteners used in electronics and light equipment up to medium‑duty hardware used in fixtures and machinery. The frequencies (120, 200, 180, 150 and 90 units) are illustrative, designed to demonstrate a common pattern in inventory and order data: mid‑range sizes often show higher demand because they balance strength, weight, and cost. The M3.5×6 and M4×8 bars are tallest, signaling that these sizes frequently underpin standard assemblies. The largest size, M5×12, remains least common due to heavier screws and less frequent use in consumer‑grade products, yet its presence helps ensure readers consider the full spectrum of alternatives. The chart uses a consistent 0–200 scale to enable direct comparison, with subtle grid lines aiding legibility without overpowering the bars. Color differentiation for each bar improves readability and can map to different material grades or supplier lots in a real dashboard. This dimension—thread size distribution—serves as a practical proxy for evaluating a supplier’s breadth of capability and the robustness of service backed by engineering expertise. A supplier offering a broad size range can support diverse customer requirements, reduce changeovers, and maintain higher fill rates. From a data governance perspective, the reliability of such insights depends on accurate capture of orders, returns, and inventory movements. In practice, dashboards would refresh this information daily or weekly, allowing procurement and product teams to monitor shifts in demand, anticipate stockouts, and adjust manufacturing plans. In sum, size distribution data shines a light on operational readiness and the degree to which a supplier can back its stated industry‑standard service with concrete, measurable coverage across common thread sizes.

Top Selling Products