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China TOPTION INSTRUMENT CO.,LTD
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TOPTION INSTRUMENT CO.,LTD
TOPTION is a professional laboratory solution provider dedicated to offering the best solutions and lab equipment to global customers in various fields such as biology, chemistry, pharmaceuticals, environmental analysis, food, and academic research. Our ultimate goal remains consistent across all disciplines: providing you with the most suitable solutions and equipment to enhance the accuracy and efficiency of your research.Headquartered in Xi'an, China, TOPTION benefits from its location amidst ...
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Lastest company news about High Quality Stainless Steel Reactor-TOPTION Leads High Efficiency Laboratory Reactor
High Quality Stainless Steel Reactor-TOPTION Leads High Efficiency Laboratory Reactor

2024-02-21

As a professional laboratory equipment manufacturer, TOPTION has been specializing in the development and manufacturing of stainless steel reactors. With excellent quality, innovative technology, and excellent service, TOPTION is well-known in the industry and has established an extensive network of partners worldwide.TOPTION promotes innovation and development in the fields of scientific research and industrial production through continuous research and development and close cooperation with its customers. The company has always adhered to a customer-oriented philosophy and is committed to providing customers with the most suitable solutions. Whether it is the design or manufacture of laboratory equipment, TOPTION always maintains a high level of professionalism and rigorous workmanship.       Through in-depth cooperation with our customers, TOPTION can translate their needs into quality products to meet the research and production needs of different industries. Adhering to the principle that the customer comes first, TOPTION focuses on a stable relationship with its customers and offers a full range of services in the pre-sales, sales, and after-sales phases. The company's technical team are all elites in the industry, who have accumulated a wealth of experience and professional knowledge, and they can provide professional consultation and technical support to ensure that customers get the best results and experience when using the products.TOPTION also attaches importance to the promotion of its technological innovation and constantly invests a large amount of resources in research and development, to keep abreast of the latest developments in the industry. TOPTION also emphasizes the analysis of market demand and incorporates market dynamics and user feedback into the development process of new products to continuously improve the quality and performance of its products.TOPTION always adheres to the principle of quality first and strictly controls the quality of all aspects of the process to ensure the reliability and stability of its products. In the future, TOPTION will continue to uphold this value and mission and constantly strive for innovation and progress, to provide customers with better products and services, and to make greater contributions to the progress of scientific research and industrial fields.       -Stainless Steel Reactor Market Size and Growth Trends In recent years, the stainless steel reactor market has shown a steady growth trend. Driven by the demand in scientific research, chemical production, pharmaceutical manufacturing, food processing, and other fields, the global market demand for this equipment maintains steady growth or gradually expands. -Applications of Stainless Steel Reactor Stainless steel reactors are widely used in chemical, pharmaceutical, food, and other fields. In the chemical industry, stainless steel reactors are usually used in various chemical reaction processes, such as synthesis reactions and polymerization reactions. Its stable reaction effect and good reaction environment greatly improve the synthesis efficiency of many chemicals. In the pharmaceutical industry, stainless steel reactors are usually used for drug synthesis, intermediate preparation, and other processes. Its high temperature and high-pressure performance can meet the strict requirements of the pharmaceutical industry on the reaction conditions. Meanwhile, stainless steel reactors are also widely used in food processing process. Stainless steel reactors are widely used in stirring and other processes.     -TOPTION Stainless Steel Reactors With the core values of innovation, quality, and customer satisfaction, TOPTION offers 5L 10L 20L 30L 50L 100L 150L Lab Reactors 200L 300L 500L Pilot Reactors, and 1000L Customized Industrial Reactors. We can provide stainless steel reactors that meet the requirements to be your reliable partner, whether it's a scientific research institution, a chemical company, a pharmaceutical company, or a food processing beverage industry.   -Advantages of TOPTION stainless steel reactors Corrosion resistance: made of high-quality 304 or 316-grade stainless steel, it can resist the erosion of acid alkali and other corrosive substances, ensuring the quality of the test products and the service life of the equipment. Controllable temperature: TOPTION stainless steel reactor is equipped with an advanced heating and cooling system, which can accurately control the temperature of the reaction system to meet the needs of complex experimental conditions.   High-efficiency mixing: The optimized design of the mixing structure and power system ensures that the reactants are evenly mixed and provide a good mass transfer effect.   Safe operation: TOPTION stainless steel reactor is equipped with a variety of safety protection devices such as over-voltage protection, over-temperature protection, leakage protection, etc., which effectively reduces the operation risk.   -TOPTION product quality and service Excellent quality: our products have passed ISO, CE, UL, and international certifications, such as SGS.   Excellent service: We have a professional business and technical team. Excellent pre-sales service provides customers with professional advice and support. Excellent after-sales service is characterized by quick response, problem-solving and continuous care to ensure the highest level of customer satisfaction.
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Lastest company news about TOPTION Successfully Completes 0.5 m2 Short Path Molecular Distillation FAT Acceptance, Customized by International Leader
TOPTION Successfully Completes 0.5 m2 Short Path Molecular Distillation FAT Acceptance, Customized by International Leader

2024-02-02

As the end of the year approaches, TOPTION is proud to announce that we have completed a highly anticipated project. As a partner of a leading international drug discovery company, we were given an important task: to customize and complete a 0.5 m2 short path molecular distillation FAT (Factory Acceptance Test) acceptance.       The term "short path molecular distillation" may seem strange to non-specialists. But the fact is that it is one of the most important technologies in drug discovery and chemical engineering today.     Applications of molecular distillation in the pharmaceutical industry     -Drug extraction and purification: In the pharmaceutical process, target drugs must be extracted from natural sources or synthetic raw materials. Molecular distillation helps purify and separate the mixture and remove impurities to obtain high purity of the active ingredient.   -Solvent recovery: In many pharmaceutical processes, solvents are used for extraction, dissolution, or reaction. Solvents can be recovered from reaction products or waste streams by molecular distillation, thereby reducing production costs and environmental impact.   -Stable Isotope Preparation: Stable isotopes are isotopes with special properties that can be used to study metabolic pathways, tracers, and more. Molecular distillation can accurately separate the small mass differences between different isotopes to obtain the desired isotopes.   -Water Treatment: Water is widely used as an important solvent in pharmaceutical processes. However, water may contain various impurities and contaminants. Using molecular distillation, organic and inorganic contaminants can be effectively removed from water to obtain pure water for pharmaceutical production. -Drug refining: In the process of drug synthesis, a variety of isomerization or impurities may be generated. Through molecular distillation technology, compounds with different structures can be effectively separated and purified, thus improving product quality and efficiency.   Short Path Molecular distillation equipment provides pure and efficient products by gradually separating the components in a mixture using temperature differences and is widely used in pharmaceutical, food, and fine chemical industries.       Facing this challenge, the TOPTION team has made a breakthrough through long-term efforts and relentless exploration. Our engineers have rich experience in design and manufacturing and always adhere to the concept of pursuing excellence. 0.5 square meters short path molecular distillation FAT acceptance is completed after repeated optimization and improvement. This not only demonstrates the TOPTION team's expertise in engineering and manufacturing but also proves our commitment to meeting customer needs and exceeding expectations. TOPTION always believes that quality is the cornerstone of business survival and development. Through rigorous reliability testing, comprehensive quality control, and a comprehensive after-sales service system, we utilize state-of-the-art manufacturing equipment and processes and are committed to providing our customers with the best possible solutions to help make their projects a success. As the end of the year approaches, TOPTION is proud to have completed the acceptance of a customized 0.5 m2 short path molecular distillation FAT for a leading international company. This success not only recognizes the team's efforts but also demonstrates our constant pursuit of excellence and customer satisfaction.TOPTION will continue to be committed to innovation and collaboration, expanding the boundaries of future projects and bringing more breakthroughs to the industry.     If you are interested in molecular distillation technology, drug discovery, or other related topics, contact us at info@toptionlab.com would be happy to discuss and share more knowledge with you.
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Lastest company news about Spray Drying Technology: Benefits, Applications, and Advancements
Spray Drying Technology: Benefits, Applications, and Advancements

2024-01-19

  Spray drying technology is an important method of converting liquid materials into dry powders. It offers numerous benefits that contribute to product stability, improved quality, extended shelf life, and enhanced performance. By rapidly converting liquids into dry powder form by spraying and drying them in a hot air stream, this technology ensures the preservation of product integrity.   Spray drying technology is a widely used method in various industries for converting liquid materials into dry powders. This technology works by spraying liquids into small droplets and drying them rapidly in a hot air stream to achieve product stability and extend shelf life while improving product quality and performance. Spray drying technology is not only suitable for large-scale production, enabling rapid, continuous drying and increased productivity, but also offers convenient storage and transportation characteristics, as well as the ability to precisely control product composition. At the same time, the method also improves the solubility and bioavailability of the product, which is important for the manufacture of pharmaceuticals and nutraceuticals.   Spray drying technology is a method of converting a solid substance dissolved or suspended in a liquid into a dry powder. The process involves the atomization of a liquid into fine droplets through a nozzle, and the subsequent contact of these droplets with a hot gas, which causes the liquid to evaporate rapidly, resulting in the formation of a dry powdered substance. The technology is used in a wide range of applications such as food, pharmaceutical, and material preparation to produce uniform dry powder products with controlled particle size, flowability, and stability. The main steps include: 1. spraying: the liquid substance is atomized into fine droplets through a nozzle.2. Drying chamber: the liquid droplets evaporate rapidly under the action of hot gas to form dry solid particles.3. Separation: the dried powder is separated from the gas and the dried product is finally collected.   The process of spray drying technology not only improves the storage stability of substances but can also be used to produce products in powder form for specific applications. This method is the preferred method for drying many heat-sensitive materials such as food and pharmaceuticals, as well as for materials that require extremely consistent, fine particle sizes. Spray drying technology plays an important role in a number of industries including the food, pharmaceutical, scientific, and materials sectors.     Spray drying technology is widely used to convert liquid food ingredients into powder or granular form. This technology helps food manufacturers to extend the shelf life of their products and improve production efficiency. In the food processing sector, spray drying technology is used for a variety of food ingredients such as dairy products, fruit juices, coffee, and cereals. The basic principle of operation is that by spraying a solution or slurry of food ingredients in the form of small particles and allowing it to come into contact with hot air, the water in the solution evaporates quickly and eventually forms a powder or granule. In the pharmaceutical industry  spray drying technology is used in the preparation of pharmaceutical formulations and manufacturing, which includes the preparation of solid particles, microencapsulation, and maintenance of active ingredients. In addition, it is also used in the field of technology and materials for nanoparticle preparation, functional material development, and biomaterial preparation.   In the food processing sector, spray drying technology plays a vital role in transforming liquid food ingredients into powder or granular forms. It helps extend the shelf life of products while improving production efficiency. Various food ingredients such as dairy products, fruit juices coffee, and cereals are processed using spray drying techniques.   The pharmaceutical industry also extensively employs spray drying technology for preparations and manufacturing processes. It aids in solid particle formation, microencapsulation techniques for drug delivery systems, and active ingredient maintenance. Spray drying finds applications beyond just food and pharmaceuticals; it is also widely used in scientific research and materials development. In material science specifically, spray drying assists with the preparation of powders, nanomaterials, microcapsules, and other functional materials by quickly transforming liquid substances into fine particles to achieve homogeneity. Spray drying in materials science   Spray drying plays an important role in the field of science and materials. In the field of materials science, spray drying technology is widely used for the preparation of powders, nanomaterials, microcapsules, and other functional materials. This method is able to quickly dry liquid substances into powdery particles in order to obtain homogeneous and fine products. 5.1 Nano Spray Drying Technology: Introducing nano-sized particles to spray drying technology enables the preparation of nanomaterials or nanocomposites with unique properties and application potential. 5.2 Controlled release material preparation: Spray drying technology can be used to prepare drug-controlled release particles or other functional controlled release materials for drug delivery systems, medical materials, and other fields. 5.3 Structural optimization: Spray drying innovations in materials science include effective control of the microstructure to achieve material uniformity, stability, and functional optimization.   Spray drying technology is used to prepare powders, granules, and microencapsulated products such as cosmetics, dampeners, aerosols, and powdered food products. This meets industry-specific requirements for material forms and facilitates product storage, delivery, use, and performance enhancement. Overall, the application of spray drying technology in the field of science, technology, and materials offers a wealth of diverse possibilities, providing innovative solutions for material preparation, functional materials, and hard and software applications.   Some notable benefits of spray drying include: 1. Maintaining product stability: Rapid conversion from liquid to powder reduces contact time with the external environment.2. Improved product quality: The instantaneous evaporation process results in uniform particle size distribution that enhances solubility, solubility dispersibility, and flowability.3. Enhanced solubility & bioavailability: Spray drying allows for the encapsulation of drugs or nutrients into tiny particles, increasing their surface area and improving solubility & bioavailability.Efficient mass production: Spray drying technology is suitable for large-scale production, ensuring rapid and continuous conversion of liquid materials into dry powders.5. Convenient storage and transportation: The reduced volume of dried powders makes them easy to store and transport. They also have a longer shelf life with reduced susceptibility to moisture, spoilage, or microbial contamination.6. Precise ingredient control: Parameters such as drying temperature, airflow rate, and spray droplet size can be precisely controlled in spray drying technology, allowing for specific formulations and precise composition.   In summary, spray drying technology offers a number of advantages, including maintaining product stability, improving product quality, increasing product solubility and bioavailability, enabling batch production, facilitating storage and transportation, and enabling precise ingredient control. These advantages have led to the widespread use of spray drying technology in a number of industries and have provided significant support for product improvement and innovation.   In conclusion, spray drying technology plays a crucial role in various industries by offering benefits like product stability maintenance, improved quality, and enhanced solubility. It finds applications in food processing, pharmaceuticals, scientific research, materials development, and more. Understanding the principles, techniques, and advancements of spray drying enables innovation across different sectors. For further information on spray drying technology or related inquiries please contact us at info@toptionlab.com .
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Lastest company news about Unlocking the Potential of Molecular Distillation in Waste Oil Recycling
Unlocking the Potential of Molecular Distillation in Waste Oil Recycling

2024-01-19

  Molecular distillation technology has an important application potential in waste oil treatment. Waste oil recycling is a necessary step to protect the environment, in which molecular distillation is an effective recycling technology. Molecular distillation is a separation technology that separates different substances using a closed separation technique. Used oil usually includes a variety of different hydrocarbon compounds and impurities, and these mixtures can be effectively separated and refined using molecular distillation. By controlling the temperature and pressure, hydrocarbon compounds with different carbon chain lengths can be effectively separated so that valuable oil components can be recovered and reused. At the same time, molecular distillation is also able to remove impurities and impure substances from the waste oil so that the waste oil can be effectively treated and recycled. When waste oil is treated by molecular distillation, it can be broken down into different substances, of which the different substances can be effectively recycled and reused.   In waste oil treatment, molecular distillation technology can help improve the efficiency of waste oil treatment and the purity of its components, thus realizing the reuse of resources and the protection of the environment. It provides an efficient and environmentally friendly technological path for the recovery and reuse of used oil.  Waste oil contains a large number of organic substances that can be utilized as chemical raw materials, lubricants, and fuels. However, waste oil also contains other pollutants, such as heavy metals, phenols, chlorine organics, etc. These pollutants are detrimental to the environment. Molecular distillation technology can effectively separate these organic substances and pollutants, thus making waste oil effectively recycled and utilized. What are the advantages of this method?  The biggest advantage of molecular distillation technology is that it can efficiently recycle and utilize waste oil, and it can effectively separate the organic substances and other pollutants in waste oil. In the process of waste oil recycling, molecular distillation technology can effectively control the volume and processing time of waste oil, thus reducing the impact on the environment while treating waste oil.1. Effective Separation: Molecular distillation can effectively separate different hydrocarbons and impurities in the waste oil, to recover valuable oil components.2. High-purity products: The process can effectively separate different hydrocarbon fractions according to their molecular weights, which helps to produce high-purity oil products.3. Resource Recovery: By effectively separating and purifying waste oil components, molecular distillation helps to recover and reuse valuable oil components, reducing waste and promoting sustainable development.4. Environmental benefits: Molecular distillation supports eco-friendly practices by providing a method of treating used oils and preventing pollution, helping to protect the environment.5. Efficiency: The technology improves the efficiency of waste oil treatment by providing a more precise and controlled process for separating and purifying oil components. These advantages demonstrate the potential of molecular distillation technology for used oil treatment, contributing to environmental sustainability and resource recovery.   In the process of waste oil recovery, molecular distillation technology needs to be combined with other technologies to achieve efficient recovery and utilization. For example, advanced filtration technology and precipitation technology can be combined with molecular distillation technology to realize the removal of pollutants in waste oil. At the same time, electrolysis technology, chemical adsorption technology, and other methods can be introduced to realize the removal and recovery of fine pollutants. Molecular distillation equipment in waste oil treatment has environmental protection and sustainability advantages, mainly reflected in the recycling of resources and reducing environmental pollution:1. Resource recycling: molecular distillation equipment can realize efficient separation and refining of valuable hydrocarbon compounds in waste oil. Through separation and recovery, the available resources in waste oil can be reused, reducing the dependence on traditional crude oil resources, which is conducive to resource conservation and sustainable development. 2. Reduce environmental pollution: impurities and impure substances in waste oil can be completely removed through the treatment of molecular distillation equipment, which reduces the pollution of the environment in the process of waste oil treatment. In addition, the molecular distillation equipment usually adopts vacuum distillation technology, low operating temperature, relatively low energy consumption, and reduced gas and steam emissions, the impact on the environment is also relatively small.3. Sustainable utilization: The high-efficiency separation and high purity of molecular distillation equipment facilitate the reuse of recycled oil products. These recycled oil products can be used as an alternative resource to traditional crude oil, reducing the exploitation of limited natural resources and thus promoting the concept of sustainable utilization.   The environmental and sustainability advantages of molecular distillation equipment in waste oil treatment are reflected in the reuse of resources, reduction of environmental pollution, and sustainable utilization, making a positive contribution to environmental protection and sustainable development.  The application scope of molecular distillation technology is very wide, not only limited to waste oil treatment. Molecular distillation can be widely used in petrochemicals, fine chemicals, food, medicine, and other fields. In these fields, molecular distillation technology can effectively treat and recover various chemical substances, thus improving product quality and reducing production costs.  As an efficient, environmentally friendly, and controllable waste oil treatment technology, molecular distillation equipment has significant advantages in resource recycling and reducing environmental pollution. Through efficient separation and purification, molecular distillation technology provides a sustainable solution for waste oil treatment, which helps to save resources, reduce environmental pollution, and provide strong support for the reuse of waste oil resources. As a manufacturer and seller, we are committed to providing our customers with high-quality and customized molecular distillation equipment, as well as continuously innovating and perfecting our technology to meet their needs in the field of waste oil treatment, and jointly contributing to environmental protection and sustainable development. Whether at the technical level or service quality, we always adhere to the customer-centered, create value for customers, and contribute to the development of the industry. We look forward to working with you to create a bright future in the field of waste oil treatment!
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Lastest company news about Molecular Distillation Equipment: Photoresist Material Field
Molecular Distillation Equipment: Photoresist Material Field

2024-01-19

  In the modern semiconductor industry, photoresist materials play a crucial role, and they play a decisive role in the chip manufacturing process. However, manufacturing high-purity, high-quality photoresist materials is no easy task. TOPTION's molecular distillation plants are a powerful force in this field. The application of short-range molecular distillation equipment in the field of photoresist monomers involves the purification and refinement of complex chemicals such as semiconductor photoresist monomers, TFT-flat-layer photoresists, intermediates for membrane materials, and polyimide monomers. The principle of these applications is based on the properties of short-range molecular distillation, which is suitable for the needs of high purity and precise chemical processes.   Photoresist monomer is a key material in integrated circuit manufacturing, and molecular distillation equipment can be used to refine and purify photoresist monomer. High-purity photoresist monomer improves the resolution and imaging quality of the photoresist, which in turn improves the precision and performance of IC manufacturing. WHAT  Molecular distillation equipment plays a key role in the production and application of photoresist monomers. Photoresist monomers are polymer compounds that are commonly used in photolithography processes. The photolithography process is a key step in microelectronic manufacturing and is used to form precise patterns on semiconductor devices. The production of photoresist monomers involves complex chemical reactions and purification processes in which molecular distillation equipment plays a crucial role. Photoresist monomers are used to make patterns for integrated circuits and other micro and nanodevices. Using molecular distillation equipment, the required photoresist monomers can be extracted and purified from the mixture through highly accurate temperature control and separation techniques, ensuring that their quality and purity meet the standards required for microelectronic manufacturing. High-purity photoresist monomers provide better resolution and pattern reproducibility, helping to improve the productivity and performance of microelectronic devices. High purity, low residue, and precisely formulated photoresist monomers can be obtained, ensuring the production of high precision and high-performance microelectronic components.     In the microelectronic manufacturing process, photoresist monomer is a key material in the production of integrated circuits. Photoresist materials are a crucial part of the modern semiconductor industry, and they play a key role in the microelectronic chip manufacturing process. Extremely pure monomers can be obtained through molecular distillation, which provides precise fabrication capabilities and helps produce smaller, more efficient electronic components.  High-purity, high-quality photoresist materials are essential to guarantee the precision and reliability of chip fabrication. In the field of photoresist materials, the application of molecular distillation equipment is bringing manufacturers new opportunities for quality assurance and performance improvement.  As one of the core materials in semiconductor manufacturing, photoresist materials have a fine chemical composition and precise molecular structure. However, impurities, impurities, and instabilities often exist due to the limitations of raw materials and preparation processes. These problems can directly affect the performance of the photoresist material and the stability of the process, which in turn negatively impacts chip quality. Molecular distillation equipment brings significant improvements to the photoresist material preparation process through its precise separation and purification capabilities. HOW  First of all, molecular distillation equipment can effectively remove impurities and harmful components from photoresist materials and improve the purity of the materials. This improvement in purity is critical to the performance and properties of the photoresist material, and can effectively avoid defects and failures caused by impurities during preparation and use.  Secondly, molecular distillation equipment can accurately control the molecular weight and molecular weight distribution of photoresist materials, thereby regulating the viscosity, fluidity and lithographic properties of the materials. This is particularly important in the micro- and nanofabrication processes of semiconductor manufacturing, where high resolution and precise pattern transfer are critical. Molecular distillation equipment enables more homogeneous and stable photoresist materials, improving the quality of the adhesive layer and the reproducibility of the process. Advantages1. High efficiency and low-temperature operation: Short-range molecular distillation takes place in an extremely low-pressure environment, which allows distillation to take place at relatively low temperatures. This is critical for heat-sensitive chemicals, such as some photoresist monomers, as it reduces the risk of thermal decomposition.2. High purity: Short-range molecular distillation is effective in separating products of higher purity. This is particularly important for photoresist monomers, as the performance of these materials in semiconductor manufacturing and display technology depends on their chemical purity.3. Short path distillation: This type of distillation is characterized by a very short distance between the evaporating and condensing surfaces. This means that the exposure time of the evaporated material to high temperatures is extremely short, thus progressively reducing possible thermal damage to heat-sensitive substances.4. Specific applications: For semiconductor photoresist monomers (e.g., ArF, KrF, and EUV photoresist monomers) and TFT flat layer photoresists, short-range molecular distillation can be used to purify these materials and ensure their consistency and reliability during manufacturing.5. Membrane intermediates and polyimide monomers: These materials are commonly used in optical films for display panels and other advanced applications. Short-range molecular distillation can be used in these applications to remove unwanted by-products and improve the performance of the final product.   Short-range molecular distillation plays an important role in processing these high-tech materials due to its high efficiency and friendliness to heat-sensitive materials. In addition, molecular distillation equipment can improve the processing performance of photoresist materials by controlling their volatility and melting point. The volatility of the photoresist material directly affects the coverage and removal properties of the photoresist, while the control of the melting point ensures the stability and precision of the photoresist during processing. Molecular distillation equipment helps manufacturers achieve a more efficient and precise photoresist process by regulating the volatility and melting point of the material.  Molecular distillation technology has a wide range of applications in the chemical and micro- and nanotechnology sectors. In addition to applications in photoresist monomer production, molecular distillation equipment is widely used in the following areas:1. Pharmaceutical manufacturing: for the production of high-purity pharmaceutical ingredients and pharmaceutical intermediates.2. chemical industry: for the purification of chemical raw materials and products such as polymers, coatings, and solvents.3. Fine chemicals: play a role in the production of high-precision chemicals and materials, such as liquid crystal materials and optical materials.4. biotechnology: for the isolation and purification of biological products, such as proteins and antibodies.   The application of molecular distillation equipment in the field of photoresist materials offers great potential and opportunities for semiconductor manufacturers. By improving purity, regulating molecular weight, and controlling physical properties, molecular distillation equipment brings quality assurance and performance enhancement to photoresist materials while improving the quality of semiconductor chips and process stability.  As a leading supplier of molecular distillation equipment, TOPTION provides manufacturers with high-performance, high-quality molecular distillation equipment and solutions based on superior technology and service. We are committed to helping our customers achieve superior products and optimized manufacturing processes and play an important role in the application of photoresist materials. Whether it's high-purity photoresist materials or stable manufacturing processes, TOPTION is always committed to providing our customers with superior solutions. By choosing TOPTION, you will gain a strong partner to build exceptional products.
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WHAT CUSTOMERS SAYS
Benjamin Clark
Reliable and consistent operation, greatly improved our production efficiency.
Amelia Hernandez
Excellent value for money, a game-changer for our distillation process!
Mason Rodriguez
Outstanding customer support, promptly resolved any issues we encountered.
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