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Slotted Brass Screws 2 14 - Cheap Pricelist for Hardware

From my inventory, I offer slotted brass screws 2 14 that's built for lasting finish and easy turning. These screws give a premium brass look while resisting tarnish in indoor settings. For B2B buyers, I know cost matters, so you’ll find Cheap options that don't skimp on grip or thread form. The slotted drive makes hand assembly and automation straightforward, and the 2 14 size suits small cabinetry and decorative fixtures. I keep a practical Pricelist that reflects bulk discounts and lead times, so you can plan production with no surprise. I can ship quickly in mixed lots or full carton quantities. If you want corrosion resistance, consistent head seating, and a reliable supply chain, I’ve got you covered with these slotted brass screws 2 14 for your next project.

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slotted brass screws 2 14 Service Stands Out

Global buyers turning to slotted brass screws in sizes from #2 to #14 find a versatile solution for electronics enclosures, furniture, and decorative fittings. Brass offers good machinability, natural corrosion resistance, and a warm finish that suits visible hardware. Slotted heads stay compatible with legacy tools and simple rework in low- to mid-volume production. When sourcing internationally, specify material quality, a reliable finish (lacquer, nickel, or bright brass), and tight tolerances on diameter, length, and drive to ensure consistent fit. Confirm RoHS/REACH compliance for electronics and consumer goods. Service stands out in global procurement. Seek suppliers with transparent lead times, scalable production, and rigorous QA. Require tests for dimensional accuracy, hardness, and torque, plus end-to-end traceability from material receipt to packaging. Packaging should guard against oxidation and be logistics-friendly. A partner offering customization—slot width, finishes, and responsive sampling—can reduce risk and speed time-to-market for assemblies worldwide.

{ slotted brass screws 2 14 Service Stands Out}

Item ID Size (Diameter x Length) mm Drive Type Head Type Material Finish Thread Pitch (mm) Applications Standards/Compliance
SLBR-2-08 2.0 x 8.0 Slotted Flat Brass (CuZn39Pb3) Polished Lacquer 0.80 RoHS Compliant; REACH
SLBR-2-10 2.0 x 10.0 Slotted Flat Brass Satin 0.80 Furniture assembly (drawers, frames) RoHS Compliant; REACH
SLBR-3-12 3.0 x 12.0 Slotted Flat Brass Polished 0.90 Metal framing, electrical fixtures RoHS Compliant; REACH
SLBR-2-14 2.5 x 14.0 Slotted Flat Brass Lacquered 0.80 Cabinet hardware and trim RoHS Compliant; REACH
SLBR-3-16 3.0 x 16.0 Slotted Flat Brass Satin 1.00 Decorative fittings, wood-to-metal joints RoHS Compliant; REACH

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slotted brass screws 2 14 Guarantees Peak Performance Winning in 2025

New Data Title: Slotted Brass Screw Performance Progression Across Time

0 25 50 75 100 2024 Q1 2024 Q2 2024 Q3 2024 Q4 2025 Q1 2025 Q2 2025 Q3 2025 Q4 Performance Score

This chart tracks the performance progression of a generic slotted brass screw application over eight consecutive quarters, spanning early 2024 through late 2025. The chosen data dimension highlights time as the primary driver and a performance score, on a 0–100 scale, as the outcome. The performance score is intended to reflect a composite of reliability, assembly torque consistency, and finish quality, and the chart uses a simple line with markers to communicate changes from quarter to quarter. An area fill beneath the line emphasizes cumulative improvement and volatility between periods, making it easier to compare relative gains. The data points are synthetic but designed to resemble a typical learning curve seen in manufacturing environments: initial periods often show room for stabilization, followed by steady improvement as process controls, tooling, and supplier consistency are optimized. In this example, scores rise from the 60s to the mid-90s, suggesting substantial gains in throughput, fewer defects, and more reliable torque delivery. The non-uniform gaps between successive points reflect actual operational events such as calibration updates, lubrication regime changes, and supplier quality improvements, each contributing to a sharper or more modest step forward. The visualization helps decision-makers gauge the efficacy of process improvement initiatives and consider investing in additional controls or inspection protocols. Limitations exist: this is a simplified, single-metric representation. It does not capture potential trade-offs such as cost per unit, speed versus torque distribution under different sleeve lengths, or environmental conditions. When applying insights to real production, it’s important to integrate more dimensions—such as torque variance, defect rate, and unit cost—to build a more robust evidence base for guaranteeing peak performance and guiding strategic improvements in 2025 and beyond.

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