Hydraulic pumps are mainly used for two things- to push the liquid inside the inlet line with mechanical action, and to push the liquid into the hydraulic system.

These pumps are engineered under close supervision of experts and skilled team to work with a large number of devices, manufacturing equipments and industrial tools etc.Radial piston pump:These pumps are used for very high pressures, but at very less flow.

If the pressure is up to 650 yards, then it is normal.

Radial piston pumps are also used in plastic- and powder injection molding and wind energy.

The working pressure is up to 350 yards while displacement is 1 liter.

Axial piston pump:A wide range of axial piston pumps is available in the market, which a includes a wide variety of pump design, swash plate, check ball and etc, out of these the most common is the swash plate .Rotary vane pumps:Rotary vane pumps work on the principle of centrifugal action.

The pressure sensor is typically an instrument that consists of a sensitive element to determine the actual pressure in the sensor.

They are designed in such a way, that they can be used in industrial applications and also in harsh environmental conditions.A wide range of applications use bulky mechanical switches or stainless steel and ceramic pressure transducers are used in robust and large – scale housings.

In cases of local environmental conditions that include oil, mist and dust, also the vent must be protected from exposure to these elements.

The components that sense the pressure are located on the reference side and exposing them to contamination also may lead to performance degradation.

Silicon and ceramic pressure sensors are used in automotive applications .The new generation of pressure sensor combines a small factor of PCB mount package and is capable in handling wide temperature ranges.

The new precision pressure sensors are also ideal for less accurate pressure switches.

The cooling system of an injection mold plays a very important role in the process of plastic molding, which is related to the speed of the machine, production efficiency and product quality.The main principle of injection coolers is to remove heat from the mold.

The cooling parameters include coolant pressure, coolant temperature and cooling system capacity.

These factors help in determining the optimal operating point for each mold.It is used for two purposes, for cooling gas to a certain temperature and   evaporation of liquids.

The gases enter the cylinder at the top and distribute themselves them evenly.

Fine liquid atomization and an extremely large spray surface are created through the use of special nozzles.

The cooled gases exit the injection cooler at the bottom.Therefore, we at N2S Technologies Pvt Ltd supply the best injection coolers in India at attractive prices.

Injection molding  is a manufacturing process commonly used for fabricating items from plastic trinkets and toys to automotive body parts, cell phone cases, water bottles, and containers.

It is commonly used in large production processes where the same part is created thousand times.Use of injection molding:Injection Molding produces low scrap rates relative to traditional manufacturing processes like CNC machine which cut away substantial percentages of an original plastic block or sheet.Injection Molding is very repeatable.

This is a wonderful characteristic when trying to produce brand consistency and part reliability.SOME OF THE CONSIDERATIONS FOR INJECTION MOLDING:Design considerations:To design the part from day one with injection molding in mind.

Make sure to design the mold tool to prevent defects during the production process.Financial considerations:A large initial investment is required in preparing a product for injection molding manufacturing.

Determine the number of parts produced consider the cost of design, testing, production, etc.Production considerations:Design your part to minimize assembly.

To the extent that you can design, assembly out of the process you will save significant money on the cost of labour.NEGATIVE ASPECTS OF INJECTION MOLDING:Large undercuts require an experienced design to avoid additional costs to the project.Tools are typically made out of steel can be difficult to make changes.

To get the best mold part, it is essential to consider the temperature in the injection molding machine.

In addition, effective temperature control will help to reduce quality problems such as shrinking, warping, and other issues that occurred in the plastic material.During the injection molding processing, a specific temperature has to be maintained in the process, or else the temperature rise will affect the final output of the product.If the temperature is low, the plastic material may not blend properly; conversely, if the temperature is more, the plastic mixture may burn so that the optimum temperature must be maintained in the injection molding processing.Mold Temperature:The mold temperature is one of the reasons that affect the mold quality in injection molding processing.

Therefore, to get the best mold quality, it is essential to balance the temperature.

To optimize the precise temperature control it is essential to use a mold temperature controller with the injection molding machine.Over Cooling & Under Cooling Problem:When the mold surface temperature is low, then it affects the molded product also.

However, if the temperature is high, it creates the dimensional shrinkage of the product.

Also, the uneven heat distribution within the mold can result in various shrinkage rates and other issues.To avoid such types of problems it is important to use the mold temperature controller.For Better Mold Temperature Control:The mold temperature in the IMM has to be lower than the temperature in the barrel so that the material cools down.Therefore, the cooling lines are filled with water to reduce the temperature, or else it is filled with oil to heat the mold to maintain the optimum temperature.Mold Temperature Controller:It is a component that is installed on the injection molding machine to ensure the temperature during the injection molding processing.

Plastic crushing machine is used as recycling equipment for plastic injection industry. It is used to crush hard and soft plastics, grinding the block shape, spherical and plastic bottles, plastic crates, plastic bags into granular types for better recycling process.It is well-suited for crushing PP, PET, and PVC to improve the utilisation ratio of plastic products.

The working process of crushing machine is not complex, it works by rotating the blade cutter head and thereby crushing the large pieces of plastics, and finally the broken plastics is filtered and outputted.

Our Plastic Crushing Machine Features:

• It helps in reducing the volume of waste generated, and helps in effective waste management
• By using these machines, the plastic can be recycled and remoulded for manufacturing other new products
• Blade material is CR12Mov made of alloy steel which are tougher
• More durable and adjustable

Applications:

Plastic crushing machine is mostly used in industries such as plastic lightning, shoes manufacturing, electrical appliances and automotive components. N2S Technologies Pvt Ltd is supplying crushing machines in India with head-quarters in Chennai, Tamilnadu. It has several advantages such as stable operating performance, low noise, uniform granulating, no powder pollution, good grinding result and long-service life.

We offered plastic crushing machines which is designed and developed as per international standards to suit specific industrial needs.Based on the crushing material, crusher model will vary. Click here to know more.