S-95836A219 M3 x 3 mm DIN 7985 Stainless Steel Pan Head Phillips Screws

Key Features & Benefits at a Glance

• Superior corrosion resistance with Black-Oxide coated 18-8 Stainless Steel, ideal for humid or chemically aggressive industrial environments
• High tensile strength of 70,000 PSI ensures reliable fastening under mechanical stress, reducing failure risks in critical assemblies
• Fully threaded M3 design with coarse 0.5mm pitch provides faster installation and stronger grip in various materials
• Class 6g thread fit guarantees precise, vibration-resistant connections that maintain integrity in dynamic applications
• Phillips No. 1 drive and rounded pan head allow for easy, secure tool engagement and a low-profile finish
• Compliance with DIN 7985 ensures dimensional accuracy and interchangeability in European machinery and equipment
• RoHS 3 and REACH environmental compliance meets global regulatory standards for safe, sustainable manufacturing

Professional Applications & Engineering Value

These M3 metric screws with Black-Oxide 18-8 Stainless Steel construction address common industrial challenges like corrosion-induced degradation and assembly inefficiency. The fully threaded coarse pitch design accelerates installation in sheet metal, plastic housings, and electronic enclosures, while the rounded pan head with Phillips drive prevents stripping and offers a flush fit. Engineered to DIN 7985 specifications, they provide consistent performance in automotive controls, machinery frames, and consumer appliances—where 70,000 PSI tensile strength and Class 6g thread tolerance ensure long-term reliability despite vibrations or thermal cycles.

Specification Summary & Compliance

This screw adheres to DIN 7985 for dimensional consistency, featuring M3 x 0.5mm coarse threads with Class 6g tolerance and a 3mm length. It meets RoHS 3 (2015/863/EU) and REACH (EC 1907/2006) regulations, confirming the absence of restricted hazardous substances. The Black-Oxide surface treatment on 18-8 Stainless Steel enhances durability without compromising regulatory alignment.