Self-Tapping Screw Zinc Plated AW Drive Variant-1 Wurth
The self-tapping screw with a zinc-plated finish and AW drive is perfect for metal fastening applications.
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- Material: Steel
- Surface: Zinc plated
- Nominal diameter (d1): 2.9 mm
- Length (l1): 13 mm
- Head diameter (dk): 5.5 mm
- Head height (k1): 2.5 mm
- Drill tip length (lp): 2.5 mm
- Head type: Raised countersunk head
- Internal drive: AW10
- Thread type: Self-tapping screw thread
- Thread design: Full thread
- Shape of tip: Drilling tip
- Min. recommended substructure thickness: 1 mm
- Max. material thickness to be drilled through (metal): 2 mm
- Min./max. recommended installation speed (idling): 1700-2500 rpm
- RoHS-compliant: Yes
- Dimensions (H x L x W): 2.5mm x 13mm x 5.5mm
- Weight: 0.1 kg
- Drilling, threading, screwing-in all in one work step minimizing thread tolerance
- Exact drilling diameter for each screw connection ensuring optimum connection
- Prevents installation errors with enhanced torque transmission and optimum centring
- AW drive system provides better mounting output and longer service life
- Even force distribution prevents damage to surface-protection coating enhancing corrosion resistance
- Installation by a qualified professional is recommended to ensure correct torque application and optimal fastening performance.
- Suitable for fastening in metal with thickness up to 2 mm
- Ideal for drilling, threading, and screwing in one work step
- Used in construction, manufacturing, and assembly requiring corrosion-resistant fasteners
- Complies with AS/NZS 1170 – Structural Design Actions (Wind, Earthquake, Snow Loads)
- RoHS-compliant ensuring reduced hazardous substances
- Zinc plating provides corrosion resistance extending product life and reducing waste
Wurth provides standard warranty against manufacturing defects as per company policy.
The Wurth Zinc-Plated Steel Raised Countersunk Head Self-Tapping Screw with AW Drive is available for immediate purchase, ideal for metal fastening applications in construction and manufacturing.
