Alfra Sheet metal punch TriCut® KL Ø 20.4 mm M20 PG 13
Minimum order 2More than 10 items in stock at third-party supplier
Product details
Split sheet punch for fast, burr-free punching of round holes in steel sheets S235 with a material thickness of up to 3 mm. Suitable for cable glands with PG and metric thread and sanitary fittings. The three-fold splitting design prevents jamming of the waste piece in the die. Features a pulling screw with UNF fine thread, operated by a spanner. Ideal for switchgear constructors, electricians, plumbers, industry, and trade. Enables quick, effortless, clean, and burr-free punching of thin-walled materials in just a few steps. Further technical features: maximum material thickness of 2 mm.
Punching tool type | Tin Punch |
Material | Steel |
Item number | 22172606 |
Manufacturer | Alfra |
Category | Punching tools |
Manufacturer no. | 1689 |
Release date | 13.9.2022 |
Minimum order | 2 |
Minimum order | 2 |
Material group | Metal |
Material | Steel |
Punching tool type | Tin Punch |
Hole shape | Round |
hole diameters | 20.40 mm |
Suitable for | Steel |
Country of origin | Germany |
CO₂-Emission | |
Climate contribution |
Items per sales unit | 1 x |
Length | 20.40 mm |
Width | 20.40 mm |
Height | 20.40 mm |
Compare products
Goes with
Reviews & Ratings
Warranty score
How often does a product of this brand in the «Punching tools» category have a defect within the first 24 months?
Source: Digitec Galaxus- AlfraNot enough data
- 1.BGS0 %
- BoehmNot enough data
- SizzixNot enough data
Warranty case duration
How many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?
Source: Digitec Galaxus- AlfraNot enough data
- BGSNot enough data
- BoehmNot enough data
- SizzixNot enough data
Unfortunately, we don't have enough data for this category yet.
Return rate
How often is a product of this brand in the «Punching tools» category returned?
Source: Digitec Galaxus- AlfraNot enough data
- 1.Sizzix1.3 %
- 2.BGS2 %
- 3.Boehm3.6 %