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Ugelli abrasivi a getto d'acqua MT300

Tim — Wed, 06 May 2020 01:07:11 +0000

Mixing Tube For Abrasive Waterjet Machine

Abrasive Waterjet Nozzles are also called mixing tubes or focusing tubes which are mainly installed in taglio a getto d'acqua machine and they can cut materials such as metal, ceramic, stone, glass, and other materials. They are especially wear-resistant. In particular, when compressing water to 42,000 Psi and shoot it out of the nozzles, the water can cut inch-thick metal easily by using the aforementioned 42,000 Psi water jet laced with garnet abrasive.

In addition to the great performance of wear resistance, We want to ensure you have the right solution for the best cost-effectiveness, too. So we have developed 4 innovative product lines of Abrasive Waterjet Nozzles. Besides, our mixing tubes are suitable for all modern cutting head systems, therefore they can definitely help you to cut out the way of success.

Our Materials

Economic MT050

OEM Only
Cost-optimized
Specially developed for lower cost
Suitable for cost-optimized applications

Density: 15.3g/cm3

Rockwell hardness: 96HRA

TRS:1850N/mm2

Standard MT100

Ideal price/performance ratio
The standard line continues to succeed
Tool life is guaranteed for up to 80 hours

Density: 15.3-15.4 g/cm3

Rockwell hardness: 96.5HRA

TRS:1900N/mm2

Advanced MT200

Tool life increased by 15%
High-tech grade
Higher cutting effect
Abrasive consumption is reduced
Economical replacement for ROCTEC 100 from Kennametal

Density: 15.4-15.5g/cm3

Rockwell hardness: 97.5HRA

TRS:1800N/mm2

Performance MT300

Tool life increased by 20%
World-class quality abrasive water jet nozzle technologies
Long tool life is guaranteed. High-tech grade
The best balance of hardness and toughness
Higher cutting effect
Abrasive consumption is reduced
Economical replacement for ROCTEC 500 from Kennametal

Density: 15.5-15.6g/cm3

Rockwell hardness: 98HRA

TRS:1800N/mm2

Metric and Inch Size

Factors affecting the lifetime

?D		?d		l
[mm]	[inch]	[mm]	[inch]	[mm]	[inch]
6.00	0.236	0.51	0.020	70.00	2.76
6.35	1/4	0.60	0.023	76.20	3
6.69	0.263	0.76	0.030	88.90	3.5
6.70	0.264	0.84	0.033	101.60	4
7.00	0.276	0.89	0.035	127.00	5
7.14	9/32	0.91	0.036	152.40	6
7.62	0.300	1.02	0.040	?	?
7.97	0.313	1.14	0.045	?	?
9.00	0.354	1.20	0.047	?	?
9.43	0.371	1.27	0.050

Whether the inner diameter of the orifice and the inner diameter of the mixing tube is 1: 3, for example, the inner diameter of the mixing tube is 1.02mm, and the inner diameter of the orifice should be 0.3mm. In this way, the wear from the wall is minimal.

The size and quality of the garnet. Excessive and impure waterjet garnet will accelerate the wear of the waterjet nozzles.

Dirty, hard, and insufficiently filtered water can easily destroy the nozzles under ultra-high pressure, and the emitted water can scatter and quickly damage the inner wall of the mixing tube.

The main influencing factor is the concentricity of the orifice and the mixing tube. Even if there is only a very small deviation of the concentricity, it will also cause the tilt of the water column, which directly impacts on one side of the inner wall of the mixing tube, thus quickly wears out the tube and at the same time will cause weak cutting and slow down the cutting speed.

Ugelli a getto d'acqua abrasivi MT200

Tim — Wed, 06 May 2020 01:05:56 +0000

Mixing Tube For Abrasive Waterjet Machine

Our Materials

Economic MT050

OEM Only
Cost-optimized
Specially developed for lower cost
Suitable for cost-optimized applications

Density: 15.3g/cm3

Rockwell hardness: 96HRA

TRS:1850N/mm2

Standard MT100

Ideal price/performance ratio
The standard line continues to succeed
Tool life is guaranteed for up to 80 hours

Density: 15.3-15.4 g/cm3

Rockwell hardness: 96.5HRA

TRS:1900N/mm2

Advanced MT200

Tool life increased by 15%
High-tech grade
Higher cutting effect
Abrasive consumption is reduced
Economical replacement for ROCTEC 100 from Kennametal

Density: 15.4-15.5g/cm3

Rockwell hardness: 97.5HRA

TRS:1800N/mm2

Performance MT300

Tool life increased by 20%
World-class quality abrasive water jet nozzle technologies
Long tool life is guaranteed. High-tech grade
The best balance of hardness and toughness
Higher cutting effect
Abrasive consumption is reduced
Economical replacement for ROCTEC 500 from Kennametal

Density: 15.5-15.6g/cm3

Rockwell hardness: 98HRA

TRS:1800N/mm2

Metric and Inch Size

Factors affecting the lifetime

?D		?d		l
[mm]	[inch]	[mm]	[inch]	[mm]	[inch]
6.00	0.236	0.51	0.020	70.00	2.76
6.35	1/4	0.60	0.023	76.20	3
6.69	0.263	0.76	0.030	88.90	3.5
6.70	0.264	0.84	0.033	101.60	4
7.00	0.276	0.89	0.035	127.00	5
7.14	9/32	0.91	0.036	152.40	6
7.62	0.300	1.02	0.040	?	?
7.97	0.313	1.14	0.045	?	?
9.00	0.354	1.20	0.047	?	?
9.43	0.371	1.27	0.050

Whether the inner diameter of the orifice and the inner diameter of the mixing tube is 1: 3, for example, the inner diameter of the mixing tube is 1.02mm, and the inner diameter of the orifice should be 0.3mm. In this way, the wear from the wall is minimal.

The size and quality of the garnet. Excessive and impure waterjet garnet will accelerate the wear of the waterjet nozzles.

Dirty, hard, and insufficiently filtered water can easily destroy the nozzles under ultra-high pressure, and the emitted water can scatter and quickly damage the inner wall of the mixing tube.

The main influencing factor is the concentricity of the orifice and the mixing tube. Even if there is only a very small deviation of the concentricity, it will also cause the tilt of the water column, which directly impacts on one side of the inner wall of the mixing tube, thus quickly wears out the tube and at the same time will cause weak cutting and slow down the cutting speed.

Ugelli a getto d'acqua abrasivi MT100

Tim — Wed, 06 May 2020 01:05:10 +0000

Mixing Tube For Abrasive Waterjet Machine

Our Materials

Economic MT050

OEM Only
Cost-optimized
Specially developed for lower cost
Suitable for cost-optimized applications

Density: 15.3g/cm3

Rockwell hardness: 96HRA

TRS:1850N/mm2

Standard MT100

Ideal price/performance ratio
The standard line continues to succeed
Tool life is guaranteed for up to 80 hours

Density: 15.3-15.4 g/cm3

Rockwell hardness: 96.5HRA

TRS:1900N/mm2

Advanced MT200

Tool life increased by 15%
High-tech grade
Higher cutting effect
Abrasive consumption is reduced
Economical replacement for ROCTEC 100 from Kennametal

Density: 15.4-15.5g/cm3

Rockwell hardness: 97.5HRA

TRS:1800N/mm2

Performance MT300

Tool life increased by 20%
World-class quality abrasive water jet nozzle technologies
Long tool life is guaranteed. High-tech grade
The best balance of hardness and toughness
Higher cutting effect
Abrasive consumption is reduced
Economical replacement for ROCTEC 500 from Kennametal

Density: 15.5-15.6g/cm3

Rockwell hardness: 98HRA

TRS:1800N/mm2

Metric and Inch Size

Factors affecting the lifetime

?D		?d		l
[mm]	[inch]	[mm]	[inch]	[mm]	[inch]
6.00	0.236	0.51	0.020	70.00	2.76
6.35	1/4	0.60	0.023	76.20	3
6.69	0.263	0.76	0.030	88.90	3.5
6.70	0.264	0.84	0.033	101.60	4
7.00	0.276	0.89	0.035	127.00	5
7.14	9/32	0.91	0.036	152.40	6
7.62	0.300	1.02	0.040	?	?
7.97	0.313	1.14	0.045	?	?
9.00	0.354	1.20	0.047	?	?
9.43	0.371	1.27	0.050

Whether the inner diameter of the orifice and the inner diameter of the mixing tube is 1: 3, for example, the inner diameter of the mixing tube is 1.02mm, and the inner diameter of the orifice should be 0.3mm. In this way, the wear from the wall is minimal.

The size and quality of the garnet. Excessive and impure waterjet garnet will accelerate the wear of the waterjet nozzles.

Dirty, hard, and insufficiently filtered water can easily destroy the nozzles under ultra-high pressure, and the emitted water can scatter and quickly damage the inner wall of the mixing tube.

The main influencing factor is the concentricity of the orifice and the mixing tube. Even if there is only a very small deviation of the concentricity, it will also cause the tilt of the water column, which directly impacts on one side of the inner wall of the mixing tube, thus quickly wears out the tube and at the same time will cause weak cutting and slow down the cutting speed.