月: 2024年3月

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Plastic Tank

What Is a Plastic Tank?

A plastic tank is a container used to store and transport liquids or solid substances.

Plastic tanks function based on principles such as sealing, load resistance, chemical resistance, and heat resistance. They find applications in various industries, including chemical, food, pharmaceutical, agriculture, construction, and households. Typically, they are composed of four parts: the body, lid, valve, and fittings.

Characteristics of plastic tanks include lightweight, corrosion resistance, transparency, processability, and insulation. When selecting plastic tanks, it’s important to consider properties such as load and chemical resistance to choose the appropriate one. Plastic tanks also have considerations such as degradation due to UV radiation and the need for cleaning.

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Plastic Material

What Is Plastic Material?

Plastic material refers to polymer compounds synthesized from fossil fuels such as petroleum and natural gas.

Plastic materials consist of high-molecular-weight polymer compounds with chain-like or network-like structures. These polymers melt when heated, exhibiting fluidity. This property allows them to be molded into various shapes by pouring them into molds.

Plastic materials are used in a wide range of applications including automotive parts, household appliances, food packaging, construction materials, medical devices, and daily necessities. These materials are manufactured using various methods, such as polymerization, polycondensation, and polymer modification. The characteristics of plastic materials include lightweight, strength, processability, electrical insulation, waterproofing, and heat resistance.

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Plastic Fabrication

What Is Plastic Fabrication?

Plastic fabrication is the process of synthesizing plastic, a polymer compound, using fossil fuels such as petroleum and natural gas as raw materials.

There are primarily two methods in this manufacturing process: polymerization and polycondensation. Polymerization involves chemically reacting monomers, which are small molecules, to synthesize plastic. Monomers like ethylene and propylene are polymerized using catalysts to produce plastics such as polyethylene and polypropylene. On the other hand, polycondensation synthesizes polymers by eliminating water molecules from two or more molecules.

Plastic fabrication is utilized in various applications such as automotive parts, household appliances, food packaging, construction materials, medical devices, and daily necessities. Plastic products are known for their lightweight, strength, durability, processability, electrical insulation, and waterproof properties.

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Plastic Extrusion

What Is Plastic Extrusion?

Plastic extrusion is a manufacturing process that converts plastic into continuous profiles.

In plastic extrusion, plastic is heated to a high temperature and continuously extruded through a die. The shape of the extrusion die determines the shape of the final plastic profile. Plastic extrusion is used in the manufacture of a wide range of plastic products. It can create various shapes such as pipes, tubes, rods, and sheets.

It has several advantages. For instance, its versatility allows for the creation of various shapes of plastic. It is also faster and more efficient compared to other manufacturing processes, capable of producing products with complex shapes. Additionally, it can accommodate various types of plastic materials.

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Packaging Equipment

What Is Packaging Equipment?

Packaging equipment refers to machinery used to protect, transport, and sell products.

These machines operate based on the fundamental principles of product supply, packaging material supply, packaging, and discharge. They find applications in food factories, pharmaceutical plants, household goods factories, cosmetics factories, electronics factories, logistics centers, retail stores, and more.

The characteristics of packaging equipment include cost reduction through automation of packaging tasks, increased productivity through efficiency, improved product quality stability, reduced risk of labor accidents, and the realization of hygienic packaging environments. When using packaging equipment, it is necessary to select the appropriate equipment for the product and application, ensure safety measures, perform regular maintenance, and consider running costs.

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Modular Building

What Is a Modular Building?

A modular building is a construction method where modules prefabricated in factories are assembled on-site to create structures.

Modules are box-like structures that integrate floors, walls, ceilings, and facilities, available in various shapes and sizes. The construction process involves fabricating modules in factories, transporting them to the site, lifting and installing them using cranes, and connecting them. Modular buildings are used in various locations such as hotels, office buildings, schools, hospitals, residences, shops, and temporary facilities.

Modular buildings are characterized by short construction periods and low costs, stable quality, minimal environmental impact, high design flexibility, and scalability, among others. However, it’s important to note that a modular building may have limitations regarding module sizes and shapes, and the requirement for large cranes.

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Metal Spinning

What Is Metal Spinning?

Metal spinning is a processing method where metal sheets are formed into various shapes by plastic deformation using rollers or tools while being rotated.

The process involves fixing the metal sheet to a spinning lathe and pressing it against a mold through centrifugal force to form the desired shape. This method finds applications in various fields such as lighting fixtures, tableware, musical instruments, architectural materials, automotive parts, and medical devices.

The characteristics of metal spinning include the ability to use a single mold, making it inexpensive and allowing for short lead times in production. It is suitable for prototyping and small-batch production, can accommodate complex shapes and deep draws, can shape without changing the thickness of the metal, and minimizes material wastage. Metal spinning is well-suited for prototyping and small-batch production due to its cost-effectiveness and short lead times. Moreover, its ability to handle complex shapes and deep draws makes it versatile for various applications.

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Metal Etching

What Is Metal Etching?

Metal Etching is a processing method used to engrave patterns or designs on metal surfaces.

This process is carried out through chemical or electrochemical methods. A specific mask is applied to the metal surface, and a chemical solution called etchant or an electrolyte is used to dissolve the unmasked portions. This allows the desired patterns or shapes to be created on the metal surface.

It finds widespread applications in various fields such as electronics manufacturing, jewelry making, and the printing industry. It is used for metal product identification, decoration, and patterning, and it is particularly useful for creating intricate structures. Its features include relatively low cost, high productivity, and the ability to produce large quantities of products in a short time. Etching solutions are corrosive, requiring careful handling, and disposal considerations for waste liquids.

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Marking Machinery

What Is a Marking Machinery?

A marking machinery is designed for applying marking on products or components.

There are various methods, including inkjet, laser, dot, and screen printing. The inkjet method offers the advantage of being able to print on various materials but may have lower durability compared to other types. The laser method which can be expensive is highly durable and produces accurate markings.

On the other hand, the dot method is a low-cost option that can be used on various materials, although it may not be as accurate as other types. The screen printing method offers the advantage of creating highly durable markings, but it may take time to set up.

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Machinery Rebuilder

What Is a Machinery Rebuilder?

A machinery rebuilder is a specialist who refurbishes used machinery through procedures such as repair, modification, and cleaning to restore it to a condition similar to new.

Unlike used machinery dealers, machinery rebuilders focus on restoring the functionality of the machinery, thus enhancing its value for resale. Machinery rebuilders typically begin by diagnosing the machinery to identify any issues. They then proceed with repairs, and modifications, based on the diagnosis, and finally, perform cleaning and adjustments.

They are used in various industries such as manufacturing, construction, healthcare, and logistics. Rebuilders may conduct the refurbishment process in-house or outsource repairs and modifications to external providers. When selecting a machinery rebuilder, it’s essential to consider factors such as reliability, warranty terms, and the quality of after-sales service. The demand for machinery rebuilders is expected to increase in the future.