Plastic & Rubber Processing Machinery

Dual power automatic switching switch refers to a microprocessor control, suitable for the power grid system, network power and network power, network power and generator power switch between the switching device, when the common power sudden failure or power failure can be encountered through the dual power automatic switching switch to automatically switch to the standby power state to continue to operate. Is a wide range of use, perfect performance, high degree of automation, safe and reliable dual power automatic transfer switch.

The chiller uses a microcomputer intelligent control system to accurately control various temperatures required by the industrial production process (5 ° C ~ 35 ° C). Not only control the temperature to fully realize the man-machine interface function and ensure the temperature control accuracy of the unit up to ±1℃. Other temperature ranges can be customized on request.

1, refrigeration compressor and other refrigeration accessories and control components are used international and domestic well-known brands, not only to ensure the full performance of the unit, but also to ensure that the unit has a long service life.

2, the chiller has a perfect protection device (high pressure, low pressure, over pressure, under pressure, overload, phase loss, time delay, water shortage protection, etc.) and interlock control line, and the main faults are displayed on the panel, easy maintenance.

3, the throttling method is controlled by external balanced thermal expansion valve, wide temperature adjustment range, automatic control of refrigerant flow, stable operation of the unit, high energy efficiency ratio, compared with the current market commonly used capillary throttling, has unparalleled advantages. When the working conditions such as the ambient temperature, the required water temperature, heat load and other changes, the capillary can not self-adjust, at this time the cooling capacity decreases, and may cause the compressor exhaust temperature is too high, lubrication decline or liquid strike, directly affect the service life of the unit, serious refrigeration system can not work normally.

4, the water-cooled condenser adopts seamless toothed external thread copper tube shell tube, CNC lathe fine processing, with strong heat exchange efficiency, long life, can be disassembled and washed; The air-cooled condenser adopts honeycomb aluminum fin series of high efficiency internal thread copper tube and high efficiency axial fan, and the heat transfer effect is very good.

5, the evaporator can be selected according to different uses, such as (stainless steel tank coil type, stainless steel plate, dry shell tube type, electroplating acid-resistant evaporator).



6, the selection of stainless steel high quality pump, filter dryer and other parts of the United States Emerson brand, reliable and durable.

7, as required, built-in or external supply water storage tank to avoid frequent start and stop, automatic or manual water replenishment.

There are suitable for all kinds of mechanical equipment supporting models, can be specially manufactured according to customer requirements.

Special distribution requirements can be customized.

Double wall bellows are mainly used for drainage systems. It's a fully computer-controlled production line. It has the characteristics of high output capacity and stability, and high degree of operation automation. PE, PP can choose efficient single screw or twin screw extruder; For PVC, you can choose a conical twin screw extruder or a parallel twin screw extruder. The molding system consists of a mold and a molding machine. The mold blocks can be easily replaced and they have air or water cooling systems. Cutting machine can guarantee high precision cutting. The line can also be equipped with Siemens PLC systems.

Advantages of tower roll molding machine:
1. Heating, cooling, disassembling mold, three stations to achieve assembly line operation, high output.
2. Suitable for products with close production time (heating + disassembly mold), or mass production of the same product.
3. With independent cooling station (can choose to install cooling chamber or no cooling chamber).
Turret machine features:

The tower rotary plastic rolling machine is recognized by customers for its continuous production and high temperature quality.
The three-arm turret molding machine is equipped with a central turret, with 3 moving cars, according to different product needs, you can choose 4 stations (heating, cooling, disassembling mold, preparation), 5 stations (heating, pre-cooling, cooling, disassembling mold, preparation).
The four-arm turret molding machine is equipped with a central turret, with 4 moving cars, according to different product needs, you can choose 5 stations (heating, cooling, disassembling mold, loading mold, preparation), 5 stations (heating, pre-cooling, cooling, disassembling mold, loading mold, preparation).

Relying on the fifth generation technology, inherit the world's best-selling servo hydraulic energy-saving injection molding technology excellent genes, MA5 glory came out. The full range of performance breakthrough advanced, from injection parts to plasticized parts, mold structure, optimization and improvement of all aspects. Hardware configurations continue to evolve and bring new appearance upgrades, setting industry benchmarks for performance and quality to easily meet future technological challenges.

At the same time, it is equipped with multiple intelligent functions, which can fully meet customers' personalized and flexible production requirements while improving efficiency. The newly upgraded electric premolding device, combined with the latest energy-saving technology and information technology, makes the injection molding process more energy-saving and more efficient, and creates a new ecology of Lingzhi injection molding.

Synchronous brake holding mechanism, precision guide sliding foot, fast pressure cylinder, differential fast mold opening, low resistance oil circuit design, high response servo system, etc., make the machine more efficient and faster response.

The design of high-rigidity mode-locking mechanism, the uniform stress design of guide column teeth, the configuration of high-response double-proportion valves, high-speed closed-loop control computer, precision filtration and efficient cooling system make the machine more stable.

Using a new all-electric drive technology, X86 high-speed professional processor, large storage space, powerful computing power, open platform modular design to meet different production needs.

For more than 70 years, Sumitomo DeMag has broken through barriers to define higher performance injection molding machines.

In 1956, our predecessor Ankerwerk Gebr. Goller of Nuremberg first invented the world's first single-screw injection molding machine;

In 1967, we developed a five-point hyperbolic toggle opening and closing die mechanism, a milestone...

Today, we have developed this high value Systec C Diamond:

● Excellent flexibility to meet the needs of most products;

● With servo drive and servo injection

● More robust and reliable machine design

● Ideal price/performance ratio

In the field of injection molding machinery, KraussMaffei and Netstal, as full range suppliers, market injection molding machinery capable of producing high-volume, individual plastic parts.

The product range of injection molding machinery includes hydraulic and all-electric injection molding machines, thermoplastic, thermosetting and elastomer processing processes and system solutions, as well as the use of multi-colour and multi-component machinery and special processes.

Kraussmaffei equipment has clamping forces between 350 and 40,000 kN. In short, customers in the automotive industry who produce high-quality body and lightweight components trust Kraussmaffei's products and system solutions. In addition, manufacturers of white goods, medical devices, consumer durables and packaging solutions also love Kraussmaffei's high-performance products.

The HyperSyncTM system features increased electrification of machine and mold functions, resulting in greater control, optimized energy use and faster production cycles. The system can increase productivity by 20% with the lowest total component cost.