Machine tap for aluminium M6 x 1
€4.50*
% €5.50* (18.18% saved)Prices incl. 19% VAT. plus Shipping costs
Delivery time: 1-3 working days **
Less than 10 pieces available (online and in specialist shops)
Intended use
Taps are used to create an internal thread, i.e. a threaded bore, in metal, plastic or other solid materials. A general distinction is made between hand taps and machine taps, also known as single-cut taps. In a 3-piece hand tap set, the roughing, semi-finishing and finishing cutters each extend almost the entire length of the cutting edge. This type of tap is primarily used for cutting threads in blind holes. In single-flute taps, the roughing, intermediate and finishing cutters are arranged one after the other along the cutting edge. These taps are therefore particularly suitable for cutting through-holes.
Technical data
| Cobalt content in the material [%]: | 5 |
|---|---|
| Cutting edge length [mm]: | 18 |
| Drill Ø for core hole [mm]: | 5 |
| Execution: | right-hand cutting |
| Nominal dimension [mm]: | M6 |
| Pitch [mm]: | 1 |
| Shank Ø [mm]: | 6 |
| Square cross-section [mm]: | 4,8 |
| Surface: | Hardened |
| Thread type: | metric ISO standard thread |
| Tolerance class: | h6 |
| Tool material: | HSS |
| Total length [mm]: | 85 |
Single-pass tap for producing a metric ISO standard thread
Cobalt-alloyed (5 %) for higher heat resistance
Hardened surface, specially designed for machining aluminium
Tolerance class h6, manufactured in accordance with DIN ISO 529
Square shank on the cylindrical shaft
Description of the
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
Scope of delivery
- 1 x machine tap for aluminium M6 x 1
- 1 x plastic storage case
More about the brand and products from
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
This machine tap / single-cut tap is made from an alloy of HSS steel with a cobalt content of 5 %. The cobalt content increases the heat resistance of the tap. In addition, this tap is surface-hardened, which counteracts tool wear. Increased tool wear occurs, for example, when machining aluminium alloys, which often contain a certain amount of silicon, which is hard and brittle.
The advantage of a machine tap over a manual tap set is that only one pass is required to produce the thread. This tap is used to produce metric ISO standard threads. At the end of the cylindrical shank there is a square for mounting in a tap wrench. The tap is manufactured in accordance with DIN ISO 529 and is subject to tolerance class h6.
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1 Review
16 January 2023 10:34
great price/performance
great price/performance