Tag Archives: Essential

Why ESD Products Are Essential For Industries

It is a big reality that the field of electronics has become the part and parcel of our lives in the due course of today and various sorts of electronic based devices are hanging around us all the time. There is no doubt that in the upcoming days, the electronic components will continue to become faster and more robust as compared to these days just because of the increasing rate of progress in this field.

If you wish to obtain the latest technology, then you only need to pay more. But there will be a great chance that your precious electronic based components, devices, or whole industrial equipment will damage or completely destroyed out of the blue without any prior reason. It is obvious that this outcome is not desirable by all and sundry but the questions arise that from where these sorts of damages come and how to get rid of this problem. The answers of these questions are very simple as the major cause of these issues is the creation of ESD and the best solution to overcome this problem is to utilize the ESD products rather than the ordinary ones particularly in the environments where the working is based on the field of electronics.

Hazards of ESD

The electrostatic discharge, that is commonly known as ESD is the momentary electric current, come all of a sudden that flows between two objects having different electrical potentials. Just because of the unnecessary presence of the ESD, the working of the components, electronic based devices and the equipment may disturb, causing them malfunction, shorten their lives and may become the main reason of a big disaster particularly in the environments where the explosive items are present. The damages produced by ESD are responsible for the losses of multiple billions of dollars once a year and thus, it can’t be ignored. The danger of ESD is able to harm the portable consumer electronics, the industrial-automation and the systems of the controlling the process, as well as the military and aerospace applications, and therefore, using the most appropriate ESD products is the demand of the day for industrial use in particular.

Why ESD Products Are Best For Protection?

The discharge can be generated anytime, anywhere, even if you don’t notice it at all and if the damage is in the initial state, your device may pass the testing procedure as well. Thus, it is very difficult to locate the damage in lots of cases. But it is not the end of the world because the ESD products is the excellent solution for this intention as these products are centrally ESD protected, making your whole working environment static-free and enhance the performance and life of your electronic devices, equipment and tools.

Industrial Mixer: Essential Mixing and Blending Equipment

Industrial mixer is a modern machine that mixes different materials and components to create the desired paste, solution, or mixture. It is used in popular industries involving chemicals, food, and drugs. Vital parts of this equipment are blades of different grades that produce mixtures of different levels of homogeneity.

Modern mixers perform industrial and chemical processes; like dry blending, paste mixing of viscous products, and emulsifying and homogenizing purposes. When it comes to scale, they are available from laboratory level to mass-production capacity.

Advantages of using Industrial Mixers

1. Work at the precise temperature and pressure

A major advantage of these industrial devices is that they mix and produce solutions while attaining the necessary temperature and pressure. Correct temperature is attained because of the presence of built-in heating systems.

2. Possess built-in features and options

Important options and features are also present in modern mixers, such as electric or pneumatic systems, CIP, spray nozzles, PLC systems. They are equipped with either hydraulic or electronic mechanism that ensures smooth start-and-stop operation.

3. Assure continuous mixing operation

Especially in the case of the latest models, mixing operations are done smoothly and continuously. Typical mixing equipment that produces smooth and consistent mixture is the Continuous Processor. With this machine, all ingredients are correctly measured and metered, with the desired solution being produced at the end of the process.

Most industries opt for machines that perform continuous mixing mainly for the following reasons; low consumption of electricity, greater control of operation, wider versatility, among many others. Another widely used continuous mixer is the twin-screw processor. This equipment has the capacity to deal with high mixture viscosity.

Different types of industrial mixers

1. Planetary mixer

Planetary type is used in mixing various commercial and industrial products such as food items, pharmaceutical products, adhesives, plastic, and pigments. Industries that require mixture of viscous-paste consistency achieved within a vacuum condition utilize this type of mixer. Paste production capacity varies, ranging from less than a pint to a maximum of 750 gallons.

2. Static mixer

This type of mixer, as the name implies, does not move. It possesses no movable components. The static type utilizes a specific chemical property of materials that’s necessary for mixing without the use of any pressure or force. Basically, as fluids are mixed in the machine, the right amount of air pressure is sealed within the unit. In effect, it creates a contained system that produces specific amount of pressure necessary in an environment. Such air pressure forces components and fluids to move and mix inside the machine.

Static mixers are used in gas refining and energy production, creation of fibers, blending of different chemical fluids, and proper management and disposal of wastewater materials.

3. High Viscosity Paste Mixer

A common industrial mixer is the high-viscosity paste mixer, which effectively combines solid and liquid materials. The end-product can be as little as a hundred thousand centipoise or as voluminous as a few million centipoise. Two important processes that involve this machine are vacuum and jacket, both of which are necessary steps in removing existing air and controlling the overall temperature of the mixture.