Construction Jigsaw Blade | T Shank Design | 3.0 mm Teeth Spacing | 5 Pieces | by Wurth
The Construction Jigsaw Blade is designed for precision cutting of aluminium, PVC, and non-ferrous heavy metals. With a T shank connection for secure fitting and a teeth spacing of 3.0 mm, these blades are perfect for thick metal sheets and composite materials. Ideal for construction and machining tasks, they ensure durability and efficiency in every cut.
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Product Name/Title: Construction Jigsaw Blade | T Shank Design | 3.0 mm Teeth Spacing | 5 Pieces | by Wurth
Brand: Wurth
SKU: 608116008
Alternatively Known As: Jigsaw blades for metal cutting, T shank jigsaw blades, Construction jigsaw blades, Metal cutting jigsaw blades
- Working length: 75 mm
- Total length: 100 mm
- Min./max. material thickness: 0-30 mm
- Teeth spacing: 3.0 mm
- Number of pieces: 5 PCS
- Jigsaw-blade connection type: T shank
- Especially suitable for aluminium, non-ferrous heavy metals, PVC
- Suitable for thick metal sheets, asbestos cement, glass-fibre-reinforced plastic
- Dimensions (H x L x W): 75mm x 100mm x 10mm
- Weight: 0.1 kg
- High-quality blade designed for higher demands
- T shank connection type for secure fitting
- Teeth spacing of 3.0 mm for efficient cutting
- Suitable for a variety of materials including aluminium, PVC, and non-ferrous heavy metals
- No professional installation required; compatible with standard jigsaw tools with T shank blade holders.
- Cutting aluminium and non-ferrous heavy metals
- Suitable for thick metal sheets
- Cutting asbestos cement and glass-fibre-reinforced plastic
- General construction and machining tasks requiring precise jigsaw cutting
- Complies with AS/NZS 4801 – Occupational Health & Safety Management Systems
- Durable design reduces frequency of blade replacement, minimizing waste
Standard manufacturer warranty applies.
The Wurth Construction Jigsaw Blade 5PCS 75mm is available now for immediate purchase. Ideal for construction and machining applications requiring precise cutting of metals and composite materials.