Advantageous Supply Imported HIMMEL Motor KL75.01-SP/2-M12K

Advantageous Supply Imported HIMMEL Motor KL75.01-SP/2-M12K

Advantageous Supply Imported HIMMEL Motor KL75.01-SP/2-M12K

Jiangsu Qiucheng Electromechanical Co., Ltd

Professional procurement of European industrial control products and spare parts.

Advantages of Supply Brands and Models: Wurth Hardware Tools and Chemicals, Hahn Cooper, Gaimi Valves, Schmeisser Switches, IMM Nozzles, Ergowiss Hydraulic Lift Systems, Socla Valves, Kobold Flow Meter Switches, SBS Balancing Devices, ODU Connectors, SCHURTER Filters, AMF Fixtures, Phoenix Wig Miller Terminal Connectors, Bentley Envision Module Cards, etc

Our advantages:

1) Purchase directly from the manufacturer to ensure that all products are original.

2) Reasonably priced, bypassing layers of agents, maximizing discounts to customers.

3) We have a wide range of channels, with agents in China or customers protecting manufacturers from selling products. As long as you can provide the model, we can also purchase from distributors in various countries.

4) The warehouse ships consolidated shipments every Wednesday, greatly saving logistics costs.

5) Engineers provide you with professional pre-sales and after-sales technical consulting services.

Jiangsu Qiucheng Electromechanical Co., Ltd. is a company that integrates research and development, engineering, sales, and technical services

During electron beam welding, plasma welding, and laser welding, butt joints can be used without the need for beveling, making it a more ideal narrow gap welding method. This is also one of the reasons why it is widely valued.

The newly developed laser arc composite welding method can improve the welding speed, such as for 5mm steel or aluminum plates, the welding speed can reach 2-3m/min, achieving good forming and quality, and small welding deformation.

2. Improving the mechanization and automation level of the preparation workshop is currently a key development direction for industrialized countries.

In order to improve the production efficiency and quality of welded structures, there are certain limitations to only focusing on welding processes. Therefore, countries around the world attach great importance to the technological transformation of workshops. The main processes of preparing the workshop include material transportation, surface degreasing of materials, sandblasting, and application of protective paint; Marking, cutting, and chamfering of steel plates; Assembly and anchoring of components. The above processes have been mechanized and automated in modern factories

Its advantage is not only to improve the productivity of the product, but more importantly, to improve the quality of the product.

3. Automation and intelligence of the welding process are important directions for improving the stability of welding quality and solving harsh working conditions.

4. The development of emerging industries continues to drive the advancement of welding technology.

Welding technology has a history of over a hundred years since its invention, and it can almost meet the production and manufacturing needs of all important products in the current industry. However, the development of emerging industries still forces welding technology to constantly advance. The development of microelectronics industry promotes the development of micro connection technology and equipment; For example, the development of ceramic materials and composite materials has promoted vacuum brazing and vacuum diffusion welding. The development of aerospace technology will also promote the development of space welding technology.

5. The research and development of heat sources are the fundamental driving force behind the development of welding processes.

The welding process almost utilizes all available heat sources in the world, including flames, arcs, resistors, ultrasonic waves, friction, plasma, electron beams, laser beams, microwaves, and so on (our company mainly uses automated welding equipment for arc welding and resistance welding). The emergence of each type of heat source is accompanied by the emergence of new welding processes. However, the development and research of welding heat sources have not yet ceased.

6. Energy saving technology is a widely concerned issue

Welding consumes a lot of energy. Taking electrode arc welding as an example, each unit has about 10KVA, submerged arc welding machine has 90KVA, and resistance welding machine can reach thousands of KVA. The emergence of many new technologies is aimed at achieving this energy-saving goal. In resistance spot welding, by utilizing the development of electronic technology, the AC spot welding machine can be replaced with a secondary rectifier spot welding machine, which can improve the power factor of the welding machine and reduce the welding machine capacity. A 1000KVA spot welding machine can be reduced to 200KVA while still achieving the same welding effect. The emergence of inverter welding machines is another successful example, which can reduce the weight of welding machines, improve the power factor control performance of welding machines, and has been widely used in production.

welding method

Welding technology is mainly applied to metal base materials, commonly including arc welding, argon arc welding, CO2 shielded welding, oxygen acetylene welding, laser welding, electric slag pressure welding, etc. Non metallic materials such as plastics can also be welded. There are over 40 types of metal welding methods, mainly divided into three categories: fusion welding, pressure welding, and brazing.

Fusion welding is a method of heating the workpiece interface to a molten state during the welding process, without applying pressure to complete the welding. During fusion welding, the heat source rapidly heats and melts the interface between the two workpieces to be welded, forming a molten pool. The molten pool moves forward with the heat source and forms a continuous weld after cooling, connecting the two workpieces into one.

Pressure welding is the process of achieving atomic bonding between two workpieces in a solid state under pressure, also known as solid-state welding.

The commonly used pressure welding process is resistance welding. When current passes through the connection end of two workpieces, the temperature rises due to the high resistance. When heated to a plastic state, the connection becomes integrated under axial pressure.

Brazing is a welding method that uses a metal material with a lower melting point than the workpiece as the brazing material. The workpiece and brazing material are heated to a temperature higher than the melting point of the brazing material but lower than the melting point of the workpiece. The liquid brazing material is used to wet the workpiece, fill the interface gap, and achieve atomic diffusion with the workpiece, thereby achieving welding.

The joint formed during welding that connects two connected bodies is called a weld seam. The two sides of the weld seam will be subjected to welding heat during welding, resulting in changes in microstructure and properties. This area is called the heat affected zone. During welding, due to differences in workpiece material, welding material, welding current, etc., overheating, embrittlement, quenching or softening may occur in the weld seam and heat affected zone after welding, which can also lead to a decrease in the performance of the welded part and deteriorate the weldability. This requires adjusting the welding conditions. Preheating the interface of the weldment before welding, insulation during welding, and post weld heat treatment can improve the welding quality of the weldment. [2]

A modern enterprise integrated into one, it is a competitive equipment supplier in the field of automation in China. The company mainly deals in industrial automation products such as mechatronics equipment, high-precision analytical and testing instruments, environmental and new energy industrial equipment, and electric tools from developed countries such as Europe, America, Japan, and South Korea.

With a professional technical and business team, the company not only brings high-quality products to customers, but also provides automation engineering technology services and complete solutions.