Manual core filter is a device used to filter impurities and particles in liquids, and its working principle mainly depends on the filtering effect of the filter element. The design and performance parameters of filter cartridges are diverse, including but not limited to filtration accuracy, processing capacity, maximum working pressure, and temperature. These parameters are determined by factors such as design flow rate and the characteristics of the filtered liquid medium. The material of the filter element is usually high-quality stainless steel, with a reasonable structure and advantages such as small volume, low cost, high flow rate, easy maintenance, core replacement, and assembly. Manual core filters are suitable for various industries, such as water treatment, papermaking, automotive industry, petrochemicals, fine chemicals, coatings, inks, electronics, mechanical processing, etc. They are mainly used to remove small particle impurities, clean the required fluids, and protect key equipment. It has a wide range of applications, especially playing an important role in handling impurities and particles in fluids.

Vertex tank, also known as conical tank or conical tank, is a type of storage tank with a conical bottom design, widely used in various industries for storing and processing liquids, powders, granular materials, etc. The following is a detailed introduction to vertebral storage tanks: Cone design: The bottom of the vertebral storage tank is conical, which allows materials to flow out smoothly during discharge and helps to remove sediment. The top is usually circular or other shaped, with different openings or feeding ports. Materials: Common materials include stainless steel, carbon steel, fiberglass, plastic, etc. The selection of materials usually depends on the properties of the stored materials and the requirements of the application environment, such as corrosion resistance, high temperature resistance, etc. Structure: Storage tanks are usually equipped with feed ports, discharge ports, observation windows, ventilation ports, etc. The conical bottom is often equipped with a discharge valve or discharge device to remove sediment

The brine EMC degassing pre condensate receiving tank is a specialized equipment used in chemical production, usually used to receive and store the condensate generated during the degassing process. This equipment is mainly used in the degassing process of salt formation (evaporation, crystallization) to help remove dissolved gases in the condensate and ensure stable operation of the process. Here are some key functions and technical features of this device: Main functions: Degassing function: Receive condensate from the evaporator to help remove gases (such as oxygen, carbon dioxide, etc.) and prevent them from affecting subsequent processes. Collection of condensate: used to collect the condensate discharged from evaporation and crystallization equipment for storage and regulation purposes. Preventing secondary pollution: The equipment design ensures that there will be no secondary pollution to the medium due to gas residue during the condensate receiving process. Technical features: Material corrosion resistance: It is usually made of stainless steel or other corrosion-resistant materials to ensure that the equipment can operate stably for a long time in high temperature and high salt environments. Reasonable structural design: The equipment is equipped with a degassing device, which can effectively separate gas from liquid and maintain the fluidity and processing efficiency of the liquid. Superior sealing performance: using high-quality sealing materials to ensure no leakage under high pressure conditions. Automation control: Some equipment can be connected to the automation control system to monitor the real-time operation status and parameters of the equipment, improving operational efficiency. Safety: Designed to comply with relevant safety standards, explosion-proof, leak proof, and ensure production safety. Applicable scenarios: The salt formation process in the chemical industry is particularly suitable for the collection and treatment of condensate in salt crystallization and evaporation systems. Other liquid processing systems that require degassing, such as pharmaceutical and food processing industries.

The Efficient Kerosene Trim Cooler is engineered to maintain precise temperature control for kerosene processing, ensuring optimal performance and system reliability. Designed for industrial applications, this cooler is built with advanced materials and innovative cooling technologies to enhance efficiency and durability. Key Features: Optimized Heat Exchange: Advanced cooling fins and high-performance materials ensure efficient heat transfer. Durable Construction: Built with corrosion-resistant materials for long-lasting performance in demanding environments. Precise Temperature Control: Provides accurate and consistent cooling for kerosene streams. Compact Design: Space-saving structure for easy integration into existing systems. Energy Efficiency: Reduces operational costs by optimizing cooling power. Applications: Petroleum Refining: Ideal for temperature regulation in kerosene distillation and handling. Chemical Processing: Supports controlled cooling in chemical production lines. Energy and Power Plants: Ensures stable kerosene temperatures for turbines and related systems. The Efficient Kerosene Trim Cooler for Temperature Regulation offers a reliable, energy-efficient solution to meet the rigorous cooling needs of industrial processes.

Premium ASME Certified Stainless Steel Mixing Tank for Industrial Use is a high-performance equipment designed for efficient blending, mixing, and homogenizing of liquids, powders, and other materials. With a robust stainless steel construction, it is ideal for industries requiring sanitary processing and precision mixing, such as food, pharmaceuticals, cosmetics, and chemicals. Key Features: Durable Stainless Steel Construction: Fabricated from high-grade stainless steel (304/316L), ensuring excellent corrosion resistance, durability, and easy cleaning. Versatile Agitation System: Equipped with a customizable agitator (e.g., paddle, propeller, or turbine) to meet diverse mixing needs, such as gentle blending or high-shear emulsification. Variable Speed Control: Advanced motor and gearbox system enable precise control of mixing speed for optimal process efficiency. Heating and Cooling Options: Integrated jackets for temperature control allow for heating or cooling using steam, water, or oil. Sanitary Design: Smooth, polished interior surfaces, CIP/SIP (clean-in-place/sterilize-in-place) compatibility, and hygienic fittings comply with industry standards. Customizable Configurations: Available in various sizes, shapes, and features (e.g., baffles, spray balls, or insulation) to suit specific operational requirements.

Carbon steel storage tanks are a common industrial equipment mainly used for storing liquids and gases. They are widely used in industries such as petroleum, chemical, food, and pharmaceuticals. The following are the main characteristics and uses of carbon steel storage tanks: characteristic 1. Strong pressure bearing capacity: Carbon steel storage tanks can withstand high pressures and are suitable for storing high-pressure media. 2. Good corrosion resistance: Carbon steel storage tanks that have undergone anti-corrosion treatment have good corrosion resistance and are suitable for storing various chemicals. 3. Good sealing performance: Carbon steel storage tanks have superior sealing performance, which can effectively prevent leakage and ensure the safety of stored materials. 4. Diverse structures: Carbon steel storage tanks come in two structural forms: vertical and horizontal, which are suitable for different usage scenarios. purpose 1. Petroleum industry: used for storing crude oil, refined oil, and other petroleum derived products to ensure the stability of the supply chain 2. Chemical industry: Store various chemical products such as acids, bases, solvents, etc. to ensure the safety of the production process. 3. Food industry: Store liquid food, such as juice, alcohol, edible oil, etc., to ensure the quality and safety of the food. 4. Pharmaceutical industry: Store pharmaceutical raw materials and finished products to ensure the effectiveness and stability of drugs.

The intermediate tank is a continuous casting/rolling equipment used to receive molten steel from the steel drum and distribute it to each flow of crystallizer. It has the functions of voltage stabilization, storage, and intermediate tank metallurgy at the same time. Intermediate tank metallurgy refers to the process of improving and controlling the quality of molten steel in a continuous cast steel intermediate tank. It is a crucial link in the production process from the melting and refining of steel to the production of continuous casting billets, ensuring the acquisition of high-quality steel billets. The intermediate tank plays a crucial role in chemical machinery and equipment. (1) Stabilize voltage. Reduce the static pressure of molten steel and maintain a stable liquid level. (2) Storage. When replacing steel ladles in multiple furnaces, a certain amount of molten steel is maintained in the middle tank to ensure uninterrupted steel flow. (3) Diversion. In multi stream continuous casting | steel rolling mill, the molten steel is distributed into the crystallizers of each stream. (4) Metallurgical processes. Including purification function, refining function, insulation and temperature control function. The purification function allows impurities to further float in the intermediate tank, so the molten steel in the intermediate tank needs to have sufficient depth to ensure a certain residence time. At the same time, adding slag barriers, weirs, etc. in the middle tank can eliminate the dead zone at the bottom of the middle tank, improve the flow trajectory of molten steel, shorten the distance for inclusions to float up, reduce turbulence, and facilitate the floating of inclusions. The steel can be refined by adding synthetic slag and feeding wire in the intermediate tank steel water. The intermediate tank is covered with insulation, and if necessary, induction heating, plasma heating, etc. can be used to adjust the temperature of the molten steel to ensure that it is poured at a constant temperature and low superheat.

Low pressure steam bag is a device used for storing and distributing low-pressure steam, widely used in industrial and medical fields. Here are some key features and uses: Structural composition: The low-pressure steam package usually includes a combustion system, heated components, drum, safety valve, pressure gauge, and heat exchange device. Working principle: The drum is divided into a hot water space and a steam space by the heat transfer medium moisture, and the steam space is equipped with a heat exchange device connected to the heated working fluid. advantage: 1.Wide applicability, almost no scaling, high heat transfer coefficient. 2.The heat transfer temperature difference is large, the metal consumption is low, and the furnace body volume is small. 3.No need for complex water treatment. 4.Application areas: Suitable for food, fertilizer, building materials, paper, beverage, chemical and pharmaceutical enterprises, as well as hospitals and refineries.

TiO₂ (titanium dioxide) intermediate tank is an industrial equipment used for storing and managing titanium dioxide intermediate products or raw materials. This type of tank is commonly used in the production, processing, and transportation of titanium dioxide to ensure stable storage and efficient transportation of materials. Functional Features Efficient storage: Provide a stable environment for storing and managing titanium dioxide intermediate products, preventing material deterioration or contamination. Uniform mixing: equipped with a stirring device to ensure the uniformity of titanium dioxide slurry, prevent precipitation and stratification. Corrosion resistance: Use corrosion-resistant materials to adapt to the chemical environment in titanium dioxide treatment. Temperature control management: Through a temperature control system, adjust and maintain the appropriate temperature of materials to meet production requirements. Automated control: Modern intermediate tanks are equipped with automatic control systems to improve operational convenience and production efficiency.

liquid tank, also known as the mixing tank or ingredient tank, is a three-layer structure with an upper opening and a lower sloping bottom. It has heating, automatic temperature control, insulation, and mixing functions; The advantages include fast heat transfer, adaptability to large temperature differences, and easy cleaning. Widely used in industries such as food (dairy) products, pharmaceuticals, daily chemical products, beverages, oils, chemicals, pigments, etc. as intermediate buffering, liquid storage, mixing, blending equipment (in the most economical and practical state where materials can be evenly blended without heating), heating, mixing, blending or sterilization treatment. Especially suitable for small and pilot scale use in units and research institutions without steam heat sources. And it can adopt fully enclosed structure and insulation structure according to the process requirements.

Design and Structure Material: Thick storage tanks are usually made of corrosion-resistant, high temperature resistant, or low temperature resistant materials, such as stainless steel, plastic, or composite materials. These materials can ensure the stability and safety of the storage tank during long-term use. Shape: Storage tanks come in various shapes, including cylindrical, cubic, or other special shapes, to accommodate different storage needs and space constraints. Lining and Coating: In order to prevent corrosion of the tank caused by stored substances, many thick storage tanks have specialized coatings or linings inside. Functional Features High sealing: Thick storage tanks are usually equipped with sealing devices to prevent substance leakage and contamination. Mixing function: For viscous substances that require uniform mixing, many storage tanks are equipped with mixing devices. This device ensures that the substance will not stratify or precipitate during storage. Temperature control function: Some storage tanks are designed with heating or cooling functions to maintain stored substances within a specified temperature range. Discharge system: In order to facilitate the removal or discharge of stored substances, thick storage tanks are usually equipped with discharge valves or pumps.

Low pressure steam bag is a device used for storing and distributing low-pressure steam, widely used in industrial and medical fields. Here are some key features and uses: Structural composition: The low-pressure steam package usually includes a combustion system, heated components, drum, safety valve, pressure gauge, and heat exchange device. Working principle: The drum is divided into a hot water space and a steam space by the heat transfer medium moisture, and the steam space is equipped with a heat exchange device connected to the heated working fluid. advantage: 1.Wide applicability, almost no scaling, high heat transfer coefficient. 2.The heat transfer temperature difference is large, the metal consumption is low, and the furnace body volume is small. 3.No need for complex water treatment. 4.Application areas: Suitable for food, fertilizer, building materials, paper, beverage, chemical and pharmaceutical enterprises, as well as hospitals and refineries.