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Torx Plastic Screws - Cheap Prices & Pricelist

On my shop floor, Torx Plastic Screws are the heart of fast, clean assemblies. I stock a wide range of Torx Plastic Screws in various sizes, materials, and head styles to match your design and environmental needs. I test for strength, thread engagement, and pitch to ensure reliable performance in automotive, electronics, and appliances. If you’re chasing value, I offer Cheap pricing without sacrificing quality, and I provide a clear Pricelist to help you budget accurately. We understand tight schedules, so you’ll get prompt quote and fast shipment, plus options for moisture- or UV-resistant plastics and corrosion-resistant variants. When you place an order, I supply datasheets, torque specs, and compatible drivers to minimize install time. We can tailor packaging, bagging, or lot sizes to fit your inventory control and shipping requirements. Tell me your application, load expectations, and environment, and I’ll tailor a Torx Plastic Screws solution that fits your budget and timeline.

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Torx Plastic Screws Factory Manufacturers You Can Rely On

Global buyers looking for Torx plastic screws expect more than a low price — they demand consistent quality, traceability, and dependable lead times. Torx drives improve torque transmission and tamper resistance, while plastic formulations reduce weight and avoid galvanic corrosion in electronics, automotive interiors, and DIY assemblies. A reliable factory should offer clear material options (nylon, reinforced nylon, PBT, or other engineering resins), documented certifications (RoHS, REACH), and precise tolerances for length, thread pitch, and head. Manufacturing capability matters as well: advanced injection molding with insert molding for metal threads, in-house quality control with 100% dimensional checks, ISO 9001-style processes, and transparent QA records. Look for customizable features—Torx sizes, head styles, colors, length, and thread types—as well as packaging, labeling, and scalable production to match demand. Strong suppliers provide short sample lead times, flexible MOQs, coordinated logistics, and post-delivery support to ensure a smooth, worldwide procurement experience.

Torx Plastic Screws Factory Manufacturers You Can Rely On
Part ID Material Torx Drive Head Style Thread Type Thread Dia (mm) Length Range (mm) Typical Applications Standards / Compliance Manufacturing Process Surface Finish Tensile Strength (MPa) Elongation at Break (%)
TX-PL-201 PA66 GF30 (glass-filled nylon) T15 Pan Self-tapping (forming) M3 4 – 12 Consumer electronics, internal appliance mounts, LED modules RoHS, REACH; UL94 (material-dependent) Injection molding; thread forming Natural, Black (UV-stabilized) 150 – 170 3 – 6
TX-PL-202 Nylon 6 (unfilled) T10 Countersunk Machine screw (molded thread) M2.5 3 – 10 Medical device housings, precision instruments RoHS, REACH; selected grades meet USP/ISO 10993 Injection molding; precision post-machining Natural, color-matched 70 – 90 60 – 200
TX-PL-203 POM (acetal) T8 Truss Metric coarse (molded) M2 3 – 8 Automotive interior clips, door panels, precision gears RoHS, REACH Injection molding; tight-tolerance molding Natural, Black 60 – 75 20 – 40
TX-PL-204 PC/ABS blend T20 Pan Self-tapping M4 6 – 25 Electrical enclosures, consumer appliance covers RoHS, REACH; UL94 V-0 (selected compounds) Injection molding; overmolding options Textured, color-matched 50 – 70 20 – 80
TX-PL-205 PPS GF40 (high-temp) T25 Countersunk Machine screw (molded) M4 8 – 40 Automotive under-hood, electrical connectors, HVAC RoHS, REACH; high-temp stability to 220°C Injection molding; annealing available Natural, Black heat-stabilized 160 – 200 2 – 6
TX-PL-206 PEI (Ultem) T15 Flanged Compatible with molded-in inserts M3 5 – 18 Aerospace interiors, sterilizable medical instruments RoHS, REACH; high-temp biocompatible grades available Injection molding; insert molding Natural amber, color options 100 – 120 25 – 50
TX-PL-207 Nylon 6,6 (UV-stabilized) T12 Pan Self-tapping M3 4 – 16 Outdoor equipment, garden tools, exterior trims RoHS, REACH; UV-stabilized compounds for outdoor use Injection molding; UV additive compounding Black (UV-stabilized), color-matched 80 – 110 50 – 150
TX-PL-208 PEEK GF30 T30 Countersunk Machine screw (molded) M5 10 – 50 High-temp industrial, oil & gas, chemical processing RoHS, REACH; chemical resistance at elevated temps High-temperature molding; precision machining post-mold Natural, heat-stabilized 130 – 170 3 – 10
TX-PL-209 PPA (aromatic polyamide) GF25 T20 Truss Self-tapping / molded M3.5 6 – 30 Power tools, industrial connectors, molded assemblies RoHS, REACH; high heat aging performance Injection molding; hot-runner systems Black, natural 120 – 150 4 – 12
Note: Listed mechanical properties and compliance items represent typical ranges by material and compound family. Specific part performance depends on selected resin grade, molding parameters and post-processing; consult material datasheets for exact values.

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Torx Plastic Screws Stands Out Ahead of the Curve

New Data Insight: Screw Type Durability Score Comparison

Data Dimension: Screw Type vs Durability Score

This chart presents a data-driven perspective on how screw type and material influence the durability outcomes in a controlled test scenario. The dimension we examine is the Screw Type paired with Material category, summarized as a durability score on a 0-to-100 scale, where higher values indicate better resistance to stripping, wear, and loosening under cyclic torque. Five categories are included to illustrate comparative performance: Torx Plastic, Torx Metal, Slotted Plastic, Phillips Plastic, and Torx Nylon. The Torx Plastic category leads the curve with a durability score close to the top of the scale, reflecting the combination of a robust Torx geometry and the lightweight yet stiff characteristics of the plastic substrate used in many consumer fasteners. In contrast, plastic-based alternatives with flat-head designs (Slotted Plastic and Phillips Plastic) display noticeably lower scores, highlighting the vulnerabilities to cam-out, material creep, and head rounding under repeated torque, especially at higher engagement levels. Metal variants, such as Torx Metal, show strong performance but can introduce issues related to hardness mismatch or compatibility with soft substrates, which can affect long-term retention in some assemblies. This dataset emphasizes the curve ahead: specialized head designs, particularly Torx with a plastic or composite body, may offer a favorable balance of ease of installation, cost, and durability in consumer and light-industrial applications. The purpose of presenting this data is to aid engineers, procurement specialists, and product designers in making informed choices about screw type planning, material compatibility, and lifecycle considerations. Visualizing the relative positions of these categories helps identify where innovations in head geometry intersect with material properties to improve reliability. However, it is important to contextualize the results with other variables such as load conditions, environmental exposure, and assembly torque targets. The chart is a snapshot that supports broader decision-making rather than a single definitive ranking. Users should interpret the scores as relative indicators within a standardized test framework.

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