kwb Tacker staples type 053 11.4 x 14 mm stainless steel 1000 pieces
Price in EUR including VAT
Delivered between Tue, 14/4 and Fri, 17/4
Only 1 piece in stock at supplier
Only 1 piece in stock at supplier
Free shipping starting at 39,–
Product details
The type 053 staples are made from high-quality, rust-resistant stainless steel and offer high tensile strength, making them ideal for various applications. With a width of 11.4 mm and a height of 14 mm, these staples are particularly suitable for use in boat building, upholstery work, as well as for fastening textiles, wire meshes, and thin wooden strips. The staples come in a convenient pack of 1000 pieces, making them an efficient choice for craft projects and repairs. The use of quality steel wire ensures durability and reliability, while the rust-resistant feature makes the staples especially suitable for humid environments. These staples are a valuable addition to any workshop or craft business.
- Made from rust-resistant stainless steel for increased durability
- High tensile strength, ideal for demanding applications
- Versatile for use in boat building and upholstery work
- Suitable for fastening textiles and wire meshes
- Convenient pack of 1000 pieces for extensive projects.
Tacker Staples + Tacker Nails Type | Tacker staples |
Items per sales unit | 1000x |
Item number | 46468357 |
Manufacturer | kwb |
Category | Staples + nails |
Manufacturer no. | 353645 |
Release date | 12/6/2024 |
Colour | Silver |
Exact colour description | Silver |
Material group | Metal |
Material | Stainless steel |
Tacker Staples + Tacker Nails Type | Tacker staples |
Clamp Type | Type 53 |
Country of origin | China |
CO₂ emissions | 16,89 kg |
Climate contribution | EUR 0,43 |
Items per sales unit | 1000x |
Scope of delivery | 1000 pieces |
Length | 14 mm |
Width | 11.40 mm |
Height | 14 mm |
Product Safety |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns