Fangtong Metallurgical Equipment

Dedicated to machining, laser cladding, production of metallurgical equipment, riveting and welding processes, etc.

Learn More →
Fangtong Metallurgical Equipment

Dedicated to machining, laser cladding, production of metallurgical equipment, riveting and welding processes, etc.

Learn More →
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Product Center

Manufacture and repair of metallurgical and mining equipment, production of various types of riveted and welded parts


2006 year

Company establishment

50 +

Technical Team

30000

Footprint

20 +

Industry experience

Production of various types of riveted and welded parts, laser cladding, laser alloying to prepare new production, remanufacturing of key structures and components

01

WHO WE ARE?

Tangshan Fangtong Metallurgical Equipment Manufacturing Co.

02

WHAT WE CAN DO?

Engaged in the manufacture and repair of metallurgical and mining equipment

Fangtong Metallurgy

Manufacturing and repair of metallurgical and mining equipment


The company was founded in 2006 with a registered capital of 30 million RMB. It mainly focuses on machining and laser cladding. The company has always been adhering to the integrity management, quality first development concept and customer first, technology first development strategy. The company is located in Fengnan District, Tangshan City, small set of industrial area covers an area of more than 50 acres, more than 100 employees, annual sales of 50 million yuan. At present, the company has a variety of high-end equipment such as laser cladding equipment, CNC gantry machining centers, CNC lathes, machining centers, etc. The products include laser cladding, laser additive remanufacturing, metal surface hardening, surface machining, production of metallurgical equipment, large-scale riveting and welding processing. And we will become a national high-tech enterprise in 2019 2024.

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CASES

Manufacture and repair of metallurgical and mining equipment, production of various types of riveted and welded parts


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Case Test Information

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Case Test Information

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Case Test Information

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Case Test Information

WHY CHOOSE US


The main application areas cover mining machinery, coal mining machinery, metallurgical equipment, ceramic industry, aerospace, defence and military industry, chemical equipment, automotive, shipping and nuclear power industry.

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Technical Strength

New and remanufactured products based on new materials with excellent resistance to wear, corrosion and high temperatures

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Technical Team

The company has a production technology team of 50 people, with many technical titles and related professional engineers and technicians

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Product quality

With advanced processing equipment and strong scientific and technological strength, we develop stable performance and more applicable metallurgical products.

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Customers say to us

Listening to the Voice of the Customer

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Hear directly from our customers

Clients in Moscow

At present, the enterprise has a production technology team of 50 people, with 2 sets of high-power semiconductor laser cladding complete sets of equipment, 1 set of continuous fiber laser complete sets of equipment, and equipped with 3 sets of large-scale CNC gantry milling machine, 8 sets of machining centers and CNC lathes, 20 sets of grinding, milling and other machining equipment;

Clients in Moscow

Clients in Moscow

Liaoning Customers

At present, the enterprise has a production technology team of 50 people, with 2 sets of high-power semiconductor laser cladding complete sets of equipment, 1 set of continuous fiber laser complete sets of equipment, and equipped with 3 sets of large-scale CNC gantry milling machine, 8 sets of machining centers and CNC lathes, 20 sets of grinding, milling and other machining equipment;

Liaoning Customers

Liaoning Customers

BLOG

News & Media

Nov 21,2019

Bore Surfacing

Laser cladding refers to the different ways to add materials on the surface of the substrate to be cladding placed on the selected coating material by laser irradiation and the substrate surface of a thin layer of simultaneous melting, and rapid solidification to form a low dilution, and the substrate into a metallurgical combination of surface coatings, to improve the grass-roots surface of the abrasion-resistant, corrosion-resistant, heat-resistant, oxidation-resistant, and electrical characteristics of the process, so as to achieve the purpose of the surface modification or restoration, which meets the specific performance requirements of the material surface and save a large number of precious elements. It not only meets the requirements of specific properties of material surface, but also saves a lot of precious elements.

Sep 23,2019

Laser cladding wear resistance test

Laser cladding is the process of fusing or semi-molten powder on top of a molten bath by changing the interaction between the laser and the powder, and feeding a stream of molten or semi-molten liquid into the bath to achieve improved cladding efficiency and surface quality, and to form a metallurgically bonded surface coating. The surface of the finished coating can be quickly laser scanned to improve the surface quality again. High-speed laser cladding process can improve the wear resistance, corrosion resistance, heat resistance and other properties of the surface of the workpiece, especially the improvement of wear resistance is one of the more important indicators. For the fusion cladding wear resistance test there are mainly the following methods: 1 weightlessness method, that is, friction wear test wear before and after the weight difference to measure the wear resistance, the smaller the weight difference is the better the wear resistance, and vice versa was established. Measurement requires the use of high-precision weighing scales. In the test, the coefficient of friction is measured by reading the friction torque directly from the testing machine and recording the movement trajectory with a recorder, and then calculating the coefficient of friction using the measured friction torque.2 Dimensional Change Measurement Measurement Measurement of the amount of change in size of the wear area by using a spiral micrometer or a micrometer caliper, e.g., if the workpiece is a cylinder, measure the amount of change in the diameter of the wear area.3 Surface Topography Measurement Measurement Method Using a Palpation Type Surface Topography Measurement Method Surface Profile Measurement Method utilizes a tactile surface profilometer (profilometer or step meter) to measure the change in surface roughness before and after wear.

May 08,2023

What are the more common crushing processes in mineral processing plants?

More common in mineral processing plants are two-stage crushing process and three-stage crushing process. The two-stage crushing process is subdivided into two open-circuit and two closed-circuit. In the latter, the second section of the crusher is closed circuit with the inspection screen, which ensures that the product particle size meets the requirements and does not affect the next step of the grinding operation.

Apr 13,2023

Roll Crusher Performance and Usage

Roll crusher belongs to a kind of high-efficiency crushing equipment, roll crusher since its inception, to help people solve a lot of bottlenecks in the industrial field. Roll crusher after continuous improvement, optimization, upgrading equipment, can help achieve a lot of industrial production in the fine crushing operation requirements.

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