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Distillation Apparatus Product List and Ranking from 26 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

Distillation Apparatus Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. 大阪油化工業 本社 Osaka//Manufacturing and processing contract
  2. null/null
  3. 関西化学機械製作 Hyogo//Industrial Machinery
  4. 4 TOEI KAISHA, LTD. Tokyo//Trading company/Wholesale
  5. 5 null/null
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Distillation Apparatus Product ranking

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. What is precision distillation that you can't ask about now? We are currently offering materials that explain precision distillation. 大阪油化工業 本社
  2. Kjeldahl distillation apparatus
  3. Significant reduction in procurement costs for high-purity acids! Non-boiling acid purifier DST series. TOEI KAISHA, LTD.
  4. 4 Kjeldahl automatic distillation apparatus "Keltec 8100"
  5. 4 Basic Knowledge of Thin Film Distillation (Wiped Film) - Equipment Specifications 中国精油

Distillation Apparatus Product List

76～89 item / All 89 items

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Temperature and Vapor Pressure

Temperature and Vapor Pressure

A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation equipment!

Kansai Chemical conducts plant engineering for distillation, evaporation, refining, reaction, fermentation, extraction, solvent recovery, and more. I will explain about "temperature and vapor pressure." When water boils at 100°C, its vapor pressure is 1,013 hPa. At the summit of Mount Fuji, the atmospheric pressure is said to be approximately 630 hPa. When the water in a pot boils, the water vapor just above the pot displaces all the air, so the vapor pressure of the water is the same as the atmospheric pressure, which is 630 hPa. At this point, the temperature of the boiling water is likely 87°C. At the summit of Mount Everest, the atmospheric pressure is about 300 hPa. The temperature of boiling water here is 69°C. Thus, "the boiling temperature is determined by pressure." In other words, it is a physical property value. In other words, vapor pressure is determined by temperature. *For more details, please refer to the PDF document or feel free to contact us.

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Humidity and Partial Pressure

Humidity and Partial Pressure

A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation equipment!

Kansai Chemical will explain "Humidity and Partial Pressure." The atmosphere is a mixture of air and water, and the ratio of this mixture is humidity. Just above a boiling pot, there is no air, only 100% water vapor. Therefore, the pressure of that water vapor is equal to atmospheric pressure. Most liquids have a vapor pressure determined by temperature, and the vapor pressure of water at 30°C (saturated vapor pressure) is 42 hPa. If the atmospheric pressure on Earth were 42 hPa, water would boil at 30°C. However, the atmospheric pressure at ground level is considered to be an average of 1,013 hPa (neither high pressure nor low pressure). If the water in the pot is at 30°C, then the water vapor just above the surface of the water is 42 hPa, and the air pressure is (1,013 - 42) = 971 hPa. When several components are mixed, the total pressure is called the total pressure, and the pressure exerted by each component (air, water) is called the partial pressure. And this is known as "the total pressure is equal to the sum of the partial pressures (Dalton's Law of Partial Pressures)." *For more details, please refer to the PDF document or feel free to contact us.

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Partial pressure and total pressure

Partial pressure and total pressure

A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation equipment!

Kansai Chemical will explain "partial pressure and total pressure." When it comes to pressure in distillation operations, it usually refers to the pressure limited on the gas side. Air is primarily composed of nitrogen and oxygen, with nitrogen making up about 80% and oxygen about 20% by volume. (The molar ratio is the same.) Now, let's consider a balloon inflated with air. Inside the balloon, nitrogen and oxygen molecules are moving vigorously. They are colliding violently and uniformly (according to Pascal's principle) against the inner walls of the balloon multiple times. The pressure inside the balloon can be said to be the result of these collision forces. One mole is a collection of 6.022×10^23 molecules, and for all gases, at 0°C and 1 atm, it occupies 22.4 L. This means that the force exerted by a single molecule on the wall during a collision is equal for both nitrogen and oxygen. While we have imagined a lot about gases, an important law regarding the handling of gases in distillation is Dalton's law of partial pressures: "Total pressure P (kPa) = Sum of partial pressures Σpi (kPa)." *For more details, please refer to the PDF document or feel free to contact us.

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What is an ideal gas?

What is an ideal gas?

A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation devices!

Kansai Chemical will explain about "ideal gases." An ideal gas is defined as: - "The size of the molecules is negligible (therefore, the molecules do not collide with each other)" - "When colliding with walls, the direction changes but the speed remains the same (elastic collision)" - "There are no interactions between molecules" Based on these assumptions, the laws mainly related to the field of distillation are "Boyle's Law and Charles's Law" and "Dalton's Law of Partial Pressures." While we have imagined many aspects regarding gases, an important law in the handling of gases during distillation is Dalton's Law of Partial Pressures: "Total Pressure P (kPa) = Sum of Partial Pressures Σpi (kPa)." This law is derived from the properties of ideal gases, but it is a sufficiently reliable law within the range used in distillation. *For more details, please refer to the PDF materials or feel free to contact us.*

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What is an ideal solution?

What is an ideal solution?

A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation equipment!

Kansai Chemical will explain about "ideal solutions." A solution in which "Raoult's Law" holds is called an ideal solution. The solutions that can be treated as ideal solutions are very limited combinations, such as methanol-ethanol and benzene-toluene, which have similar molecular structures. However, the existence of solutions that behave like ideal solutions is sufficient for understanding the concept of distillation operations when treated as ideal solutions. "Raoult's Law" states that the partial pressure \( p_i \) of a component in the vapor phase is equal to the product of the vapor pressure \( P_i \) of each pure component in the solution and the concentration \( x_i \) (mol-fraction) of that component in the solution. Here, it also relates to the ratio of the number of molecules in the liquid. *For more details, please refer to the PDF document or feel free to contact us.*

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What is precision distillation that you can't ask about now? We are currently offering materials that explain precision distillation.

What is precision distillation that you can't ask about now? We are currently offering materials that explain precision distillation.

"What is precision distillation?" We are currently offering explanatory materials that can help you understand from the basics! It includes "types of distillation," "illustrations of distillation methods," and "examples of distillation applications"!

Osaka Yuka Kogyo, as a professional in distillation, has supported various product developments through distillation. However, many people may find distillation difficult to understand and may only have a vague idea about it. This document includes information such as "What exactly is precise distillation?" as well as "Types of distillation" and "Details about each distillation method." If you have any questions about precise distillation, please feel free to contact Osaka Yuka Kogyo. ★ We will be exhibiting at "Chemical Material Japan 2025." *For more details, please refer to the PDF document or feel free to contact us.

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[Performance Introduction] Maintenance

[Performance Introduction] Maintenance

Daily maintenance work and regular maintenance work! Introduction of our achievements in maintenance.

We provide maintenance services. In daily maintenance work, we are responsible for inspecting and repairing the piping and equipment that make up the plant. In regular maintenance work, we carry out inspections and updates or modifications of equipment as mandated by law. In terms of daily maintenance work achievements, we have worked with clients such as AGC Inc. Chiba Plant and Cosmo Matsuyama Oil Co., Ltd. For regular maintenance work, we have experience with atmospheric distillation units and precision distillation units. [Daily Maintenance Work Achievements / By Client (Excerpt)] ■ AGC Inc. Chiba Plant ■ Cosmo Matsuyama Oil Co., Ltd. ■ Cosmo Oil Co., Ltd. Sakai Refinery ■ Taiyo Oil Co., Ltd. Shikoku Office ■ Cosmo Oil Co., Ltd. Sakaide Logistics Base *For more details, please refer to the PDF document or feel free to contact us.

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Significant reduction in procurement costs for high-purity acids! Non-boiling acid purifier DST series.

Significant reduction in procurement costs for high-purity acids! Non-boiling acid purifier DST series.

Automatically distill 1ppb grade hydrochloric acid, hydrofluoric acid, and nitric acid to 10ppt grade, reducing the procurement costs of high-purity acids.

We reduce the procurement cost of high-purity acids by purifying 1 ppb grade hydrofluoric acid (HF), nitric acid (HNO3), and hydrochloric acid (HCl) to 10 ppt grade through non-boiling distillation. All contact parts are molded from PFA, and the distilled acid flows directly into the collection bottle, isolating it from the outside air, allowing it to be stored in high purity. The unit is compact as it incorporates a built-in heater and does not use cooling water for condensation, significantly reducing operational effort. There is no concern about the degradation of acids after opening, like with purchased high-purity acids, allowing for the preparation of fresh acids in anticipation of their use.

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