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M2 x 8mm Pozi Pan Head Captive Screws - Cheap Pricelist

I stock M2 x 8mm Pozi Pan Head Captive Screws that are perfect for electronics enclosures, panels, and machinery housings. Their captive design keeps screws attached during assembly, reducing loss and speeding up production. Crafted from high-grade steel with zinc finish, they resist corrosion and provide consistent threads for reliable repeated use; stainless options are available. The M2 x 8mm size fits most standard panels, and the Pozi pan head offers better drive and minimised cam-out in high-volume lines. I rigorously inspect each batch for thread fit, head height, and alignment to support automated insertion. For B2B buyers, there are bulk quantities, fast lead times, and a Pricelist on request. If you are after Cheap prices without compromising quality, these captive screws deliver dependable performance at scale. Suitable for electronics, control panels, and equipment housings. Reach out for samples or a bulk quote today.

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M2 x 8mm Pozi Pan Head Captive Screws Service More Than a Supplier - A Partner

For global procurement teams, choosing M2 x 8mm Pozi Pan Head Captive Screws means more than a single purchase—it means a dependable partnership. These compact, high-precision fasteners stay attached to panels for quick service, reducing risk of loss and speeding assembly. A true partner offers not just supply but engineering support: material options (stainless steel, zinc-plated steel), finishes (bright zinc, black oxide, passivation), tight tolerance control, and full RoHS/REACH compliance documentation. With a scalable production base and a rigorous quality system, surges in demand or design changes are absorbed without disruption. From prototype samples to high-volume production, an integrated supplier delivers end-to-end service: pre-production validation, IQC, in-process control, and 100% final inspection, plus on-time delivery. Clear packaging choices, full traceability, and flexible shipping terms help global teams plan and reduce risk. In a market where ordinary fasteners can become bottlenecks, a value-driven partnership provides steady quality, faster time-to-market, and resilient supply for assemblies worldwide.

{ M2 x 8mm Pozi Pan Head Captive Screws Service More Than a Supplier - A Partner}
Attribute Value
SizeM2 x 8 mm
Drive TypePozi (Pozidriv)
Head StylePan Head
Captive ScrewYes
MaterialStainless Steel 304
FinishPassivated
Thread Pitch0.40 mm
Tensile StrengthMinimum 520 MPa
Hardness (HRC)22–28
Standard / ComplianceDIN 7985 (Pan Head Screw, M2)
Temperature Range-50°C to 120°C
Surface TreatmentPassivation (for stainless steel)
Lead Time3–5 business days (typical)
Packaging100–500 pcs per bag, anti-corrosion packaging
Typical ApplicationsElectronics enclosures, precision equipment, consumer devices
Dimensional TolerancesLength ±0.2 mm; Head Ø ±0.2 mm; Thread Ø ±0.08 mm

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M2 x 8mm Pozi Pan Head Captive Screws For the Current Year Outperforms the Competition

Data Dimension: Comparative Load-Bearing Capacity by Captive Screws (M2x8mm Pozi Pan Head)

5 10 15 20 25 30 28 kg 24 kg 22 kg 19 kg Our Screw Competitor A Competitor B Competitor C Load (kg)

Explanation: This chart presents a straightforward comparison of maximum load-bearing capacity among four captive screw variants in the M2x8mm Pozi Pan Head family. The values shown are representative of static pull-out strength measured under controlled laboratory conditions using a standardized test protocol, with all specimens manufactured to tight dimensional tolerances and tested with identical thread engagement and load angles. The category labeled Our Screw indicates the design with optimized thread geometry, surface finish, and captive retention features intended to maximize clamping performance. Competitor A, B, and C illustrate alternative approaches with varying finish treatments and tolerances. The data indicate that Our Screw outperforms the best competitor by about 4 kg, a relative improvement of roughly 14% on this metric. While the chart focuses on a single dimension—load-bearing capacity—it is important to acknowledge that real-world results may vary by factors such as assembly torque, environment, vibration, and corrosion resistance. The bars are scaled linearly to emphasize proportional differences; a difference of 1 kg represents a meaningful change in many enclosure applications where small strength margins translate into longer service life and reduced failure risk. The 3:1 aspect ratio was selected to facilitate quick visual comparison across categories, making it easy for design engineers and procurement teams to assess whether additional material, coating, or process changes are warranted. In practice, a robust fastener solution should balance mechanical performance with cost, weight, and manufacturability. This visualization should be used as a starting point for deeper evaluation, including fatigue testing, corrosion testing, and life-cycle cost analysis. Future studies could extend this work by incorporating additional metrics such as shear strength, pull-out angle, and torque-to-failure to build a more complete picture of performance across the captive-screw portfolio.

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