NEPTUNE HEX BOLT | 316 Stainless Class 80 | NEPTUNE DIN931 BOLT: M12 X 50

SKU:

12X50MNEPB

UPC:

9314818197892

Description:

Enhance your projects with the NEPTUNE HEX BOLT, a premium quality fastening solution crafted from 316 Stainless Class 80. The NEPTUNE DIN931 BOLT in M12 x 50 size offers exceptional strength and reliability for various applications, making it a versatile choice for professionals and DIY enthusiasts.

Features:

• Material & Build Quality: Constructed from high-grade 316 Stainless Class 80 for superior durability and corrosion resistance. The hex external design ensures easy installation and secure fastening.
• Usage & Applications: Ideal for construction, automotive, marine, and industrial applications where high-strength fastening is required. Suitable for both indoor and outdoor use.
• Key Benefits: The NEPTUNE HEX BOLT offers excellent resistance to harsh environments, ensuring long-term performance. Its metric sizing and DIN 931/A4-80 standard compliance guarantee reliability and precision.
• Additional Features: Not painted for a clean finish, pack of 25 for convenience, M12-1.75 x 30mm dimensions for versatility.

Benefits:

• Efficient Performance: The NEPTUNE HEX BOLT delivers consistent and reliable performance, reducing the risk of fastener failure and ensuring secure connections.
• Enhanced Durability: With its 316 Stainless Class 80 construction, this bolt offers exceptional durability, even in challenging environments with exposure to moisture and chemicals.
• Versatile Applications: From construction projects to marine applications, this bolt is suitable for a wide range of uses, providing flexibility and reliability.

Product Specifications:

• Size/Dimensions: M12 x 50 size, M12-1.75 x 30mm dimensions.
• Weight: Lightweight yet sturdy for easy handling and installation.
• Additional Technical Details: DIN 931/A4-80 standard compliance, hex external design, pack of 25.

Upgrade your fastening solutions with the NEPTUNE HEX BOLT, a high-quality product designed to meet your demanding requirements with precision and reliability.