banner (1)

M2x2.5mm flat head machine screw c1018 - High-Quality Supplier

I’m your dependable supplier for precision fasteners. The M2x2.5mm flat head machine screw c1018 is built for reliability in small assemblies. Made from C1018 steel, it combines good machinability with solid strength for general purpose use, and a flush flat head that sits neatly in panels and enclosures. I ensure tight tolerances on diameter and thread pitch so installation is smooth and repeatable across batches. As a High-Quality Supplier, I offer consistent surface finish, clear threading, and dependable supply for OEMs, electronics, and machinery maintenance. Our bulk options, competitive pricing, and fast lead times keep your production moving. Whether you’re stocking for quarterly maintenance or high-volume builds, the M2x2.5mm flat head machine screw c1018 delivers dependable clamping and easy compatibility with standard M2 taps and M2 size components. Trust me to be your reliable source for this essential fastener.

Hot Selling Product

M2x2.5mm flat head machine screw c1018 Guarantees Peak Performance Your Trusted OEM Partner

For global assembly lines and precision equipment, M2x2.5mm flat head machine screws in C1018 steel provide dependable flush mounting with strong shear and tensile performance. C1018 offers excellent machinability, predictable hardness after standard heat treatment, and a clean countersunk profile that minimizes protrusion in tight spaces. With compatible coatings and tight tolerances, these screws deliver consistent seating and repeatable torque across batches. As a trusted OEM partner, we align production with design cycles, offering scalable quantities, finishes, and rigorous quality checks—from incoming material verification to finished testing. Global buyers gain traceability, flexible packaging, and reliable lead times without compromising specs. Our collaborative approach supports rapid design iteration and dependable supply for electronics, machinery, and automotive applications.

{ M2x2.5mm flat head machine screw c1018 Guarantees Peak Performance Your Trusted OEM Partner}

Attribute Specification Notes
Product Name M2x2.5mm Flat Head Machine Screw Flat head countersunk; drive type: Slotted
Material C1018 Carbon Steel Good machinability and formability
Finish / Coating Zinc Plated (HDG) per ASTM B633; clear passivation Provides corrosion resistance for indoor use
Head Type Flat Head (Countersunk) Flush mounting surface
Drive Type Slotted Common for small fasteners
Diameter (Nominal) M2 Nominal thread diameter
Thread Pitch 0.40 mm ISO metric coarse thread
Length 2.5 mm Overall screw length
Tensile Strength Approximately 440 MPa Typical for AISI 1018 under standard heat treatment
Yield Strength Approximately 270 MPa Typical value for annealed to normalized 1018
Standards / Property Class ISO 898-1; Approx. 4.6 property class Common for carbon steel fasteners
Recommended Applications Electronics assembly, small enclosures, fixtures Suitable for indoor, low-load fastening
Operating Temperature Range -40°C to 120°C With zinc plating, general ambient use

Related Products

banner (4)

M2x2.5mm flat head machine screw c1018 Ahead of the Curve Supplies the World\u2019s Top Brands

Data Dimension: Monthly Production Output vs Defect Rate

This chart presents a synthetic twelve-month view of two manufacturing metrics: production output and defect rate. The left Y-axis represents production output on a scale up to 1300 units, while the right Y-axis denotes defect rate as a percentage from 0 to 5%. The horizontal axis shows months from January to December. Two distinct lines are plotted: a blue line for Output and a red line for Defect Rate, with corresponding data points highlighted for each month. The purpose of this visualization is to explore how throughput and quality performance interact over a full year in a compact, parallel view. Observations from the data suggest a general upward trend in production, culminating in a peak around December. Defect rates hover within a narrow band, roughly between 1.9% and 3.1%, with a tendency to rise slightly during higher-output months. This pattern may reflect common manufacturing dynamics where increased workload can temporarily stress process controls, while sustained improvements in quality management can mitigate defects even during peak periods. The dual-axis approach enables quick cross-metric inspection, but it also requires careful interpretation since the two metrics use different scales. In practice, analysts should corroborate these findings with additional indicators—such as yield, downtime, scrap rate, and cost per unit—to form a more complete view of operational performance. While the data are synthetic, the chart demonstrates how monthly trends in throughput and quality can be visualized together to inform capacity planning, maintenance scheduling, and continuous improvement initiatives. For real-world usage, integrating this visualization with more granular data (e.g., batch-size, machine groups, operator shifts) would yield deeper insights for production optimization.

Top Selling Products