M4-0.70 Socket Set Screws, Cup Point, 45H Alloy, Zinc-Bake CR+3

High-Strength Fastener | RoHS Compliant | ISO 4029 / DIN 916 Standard

Upgrade your fastening applications with M4-0.70 Socket Set Screws, Cup Point, constructed from hardened 45H alloy steel and finished with Zinc-Bake CR+3 for superior corrosion resistance. These set screws conform to ISO 4029 / DIN 916 standards, ensuring exceptional durability, high torque retention, and reliable performance in demanding environments.

Key Features

• Size & Thread: M4-0.70 (Coarse Thread)
• Material: 45H Hardened Alloy Steel
• Point Style: Cup Point for enhanced grip and vibration resistance
• Drive Style: Hex Socket (Allen wrench required)
• Coating: Zinc-Bake CR+3 for superior corrosion resistance (RoHS compliant)
• Standard Compliance: DIN 916 / ISO 4029
• Application: Ideal for industrial, precision, and automotive use
• Bulk Availability: Cost-effective for large-scale operations

Why Choose Zinc-Bake CR+3 Coated Set Screws?

The Zinc-Bake CR+3 coating provides enhanced protection against rust and oxidation, making these set screws ideal for long-term durability in industrial and high-performance applications. Additionally, this coating is RoHS compliant, ensuring safe and environmentally responsible usage.

Ideal Applications

• Precision Machinery & Equipment
• Industrial & Structural Assembly
• Automotive & Aerospace Engineering
• Manufacturing & Fabrication
• High-Torque Applications

Installation Tips

• Use a properly sized hex key (Allen wrench) for accurate installation.
• Ensure the mating surface is free from debris for optimal contact.
• Apply thread-locking compound if additional security is needed.
• Avoid overtightening to prevent thread damage or stripping.

Order in Bulk Today

Secure your fastening needs with M4-0.70 (DIN 916) Socket Set Screws, Cup Point. Order now for fast shipping, bulk discounts, and top-tier performance.

✔️ RoHS Compliant Zinc-Bake CR+3 Coating

✔️ High-Strength 45H Hardened Alloy Steel

✔️ Vibration-Resistant Cup Point Design