Hexagon Nut Low Profile M8 | Zinc Plated | Clamping Piece & Non-Metal Insert | @Pack of 50 | by Wurth
Hexagon Nut Low Profile M8 is designed for secure mechanical fastening with a clamping piece and non-metal insert. Ideal for automotive assembly and industrial applications, this zinc-plated nut ensures vibration resistance and compliance with AS/NZS 1252 standards. Its unique locking function prevents loosening, making it perfect for machinery and equipment.
Sign in
Please login to continue to your account.
- Thread type x nominal diameter (D): M8
- Height (m1): 8 mm
- External drive (s1): WS13
- Material: Steel
- Property class: I8I
- Surface: Zinc plated
- RoHS-compliant: Yes
- Form: Low profile
- Locking device operating principle: Clamping part polyamide ring
- Locking function: Locking against loosening by clamping
- Dimensions (H x L x W): 8mm x 13mm x 13mm
- Weight: 0.02 kg
- Hexagon nuts with reduced load capacity and lower nominal height
- Complies with withdrawn DIN 985 standard, replaced by DIN 10511, 10512, and 7040
- Locking function achieved by clamping part polyamide ring preventing loosening
- High friction locking torque generated without damaging thread surfaces
- Operating temperature range from -70°C to +120°C
- Strength class designation I8I with two vertical bars before and after the strength code
- Installation by qualified personnel recommended to ensure correct torque and secure locking.
- Mechanical fastening in machinery and equipment
- Automotive assembly requiring vibration resistance
- General industrial applications needing secure locking nuts
- Complies with AS/NZS 1252 for mechanical fasteners and related standards
- RoHS-compliant material reduces hazardous substances
- Durable zinc plating extends product life reducing waste
Standard manufacturer warranty applies; please refer to Wurth warranty policy for details.
The Wurth Hexagon Nut Low Profile with Clamping Piece DIN 985 M8 zinc plated steel is available for immediate purchase, ideal for industrial and mechanical fastening applications.
