5 thoughts on “What is the difference between ultra -pure water equipment and pure water equipment”
Frederick
What are the main differences between pure water equipment, purified water equipment, and ultra -pure water equipment? Application field: Pure water equipment is mainly used in the field of food and drinking water The purified water equipment is mainly used in the pharmaceutical field. The super pure water equipment is mainly used in the electronics industry, semiconductor, optics, glass and other fields. The water quality: The water quality of pure water equipment is generally tap water. The purified water equipment and ultra -pure water equipment are mainly pure water, so the purified water equipment and ultra -pure water equipment are increased on the basis of pure water equipment. What is the difference between the resistivity of the three equipment? : 1. Pure water resistance rate 0.1 × 10^6Ω · cm (Euro · cm) (25 ° C, distilled water test data, theoretically pure water does not conduct electricity); 2. ℃). When the resistivity is 25 ° C, the highest theoretical value can reach 18.3MΩ • cm. The highest value of water production online testing is 18.2MΩ • cm. 3. Purification of water resistance ≥0.5MΩ.cm (25 degrees Celsius). The resistivity of purified water for injection and eye drop containers should be ≥1MΩ.cm/25 ° C. Note: 15MΩ*cm (25 ° C) means: at a certain temperature, the resistance of the relative side of 1cm cube water on both sides is greater than equal to 15 ohm. It details can be visible to the official website: web link
Let’s introduce these two devices to see what the difference between them. The pure water equipment, also known as pure water purification equipment, refers to water that meets the sanitary norms of drinking water in life. In the container, and without any additives, it is colorless and transparent. Strophic water equipment is the basis of pure water equipment to further remove the conductive medium in the water almost completely, and the urgent colloidal substances, gas and organic matter in the water are removed to a very low degree of water. The resistivity is greater than 18m ω*cm or close to the limit of 18.25MΩ*cm. Ultra -pure water equipment is difficult to reach the level in general. It can make microfillet technology, ultrafiltration technology, reverse osmosis technology, EDI technology, and two or more technologies in ion exchange technology. , Can create ultra -pure water, and the resistivity can reach 18.20MΩ*cm. The differences between pure water equipment and ultra-pure water equipment exist in many aspects. Only some of them are listed here. The following is the following: 1. Different water production guidance rates, and the guidance rate of pure water and electricity is 2- 2- Between 10US/CM, the conductivity of ultra -pure water is 0.056us/cm 2. Indexes such as heavy metals, bacteria, particles, and other indicators are also very different. Level, simply speaking, there is no impurities in the water produced by ultra -pure water equipment, which is close to theoretical water. 3. The fields used are also different;
These two equipment are mainly the purity of water after water treatment. Super pure water is much more pure than pure water. There are many projects in super pure water equipment than pure water equipment. The main thing is that ultra -pure water equipment has an EDI water treatment than pure water equipment in the subsequent process.
M ultra -pure water equipment: refers to the water treatment equipment of ultra -pure water required by various industries, with water treatment pre -treatment, reverse osmosis technology, EDI technology, ultra -purified treatment The latest technologies such as back -level processing are the core technologies. Generally used in solar photovoltaic, electronic semiconductor, circuit board circuit board, high -tech fine products and other industries. Its water quality quality has the following requirements: the electrolyte in the water is almost completely removed (resistance> 15MΩ.cm), the urgent colloidal substances, gases and organic matter in the water are removed to a very low level. Industry standards are 18MΩ.cm, 15MΩ.cm, 10MΩ.cm, 2MΩ.cm, 0.5MΩ.cm, to distinguish different water quality.
This water equipment: This refers to the water treatment equipment of pure water required by various industries, with reverse osmosis technology as the core treatment technology. It is generally used for food and beverage, chemical technology water, cleaning of industrial products, and light industrial and fine chemical water. Make pure water with reverse osmosis technology, and depending on the different water quality and pure water out of the water quality, it is once again divided into single -stage reverse osmosis technology and dual -level reverse osmosis technology. Simply put, single -stage reverse osmosis Film filtration, dual -level reverse osmosis is to filter through the water production after a reverse osmosis membrane filter. As far as all the purified water and ultra -pure water -making technology are currently, the essential is pure water equipment. On the basis of ordinary pure water, we can use the combination of craftsmanship again. Ultra -pure water, reverse osmosis pure water equipment is an indispensable infrastructure.
The super pure water equipment and pure water equipment correspond to the water quality requirements. Therefore, different levels of water quality requirements require different processes equipment. Ultra -pure water equipment is an enhanced version based on pure water equipment. There are secondary reverse osmosis, EDI, polishing mixing bed, TOC, etc. Shenzhen Pure Water No. 1 Water Treatment will answer you.
What is the difference between ultra-pure water equipment and pure water equipment (YB-CJS-001)? The water and electricity guidance rates are different. Refer to the “Zhengzhou AIA Water Treatment Equipment Technical Parameter Table” pure hydropower guide rate between 2-10US/CM, and the conductivity of ultra-pure water is 0.056us/cm. Specifically, one -to -one tailor -made can be customized according to the requirements of production water to achieve production water requirements. The two are different in process, different design schemes, parameter configuration, different materials requirements, and different applications.
What are the main differences between pure water equipment, purified water equipment, and ultra -pure water equipment? Application field: Pure water equipment is mainly used in the field of food and drinking water
The purified water equipment is mainly used in the pharmaceutical field.
The super pure water equipment is mainly used in the electronics industry, semiconductor, optics, glass and other fields.
The water quality:
The water quality of pure water equipment is generally tap water.
The purified water equipment and ultra -pure water equipment are mainly pure water, so the purified water equipment and ultra -pure water equipment are increased on the basis of pure water equipment.
What is the difference between the resistivity of the three equipment? : 1. Pure water resistance rate 0.1 × 10^6Ω · cm (Euro · cm) (25 ° C, distilled water test data, theoretically pure water does not conduct electricity);
2. ℃). When the resistivity is 25 ° C, the highest theoretical value can reach 18.3MΩ • cm. The highest value of water production online testing is 18.2MΩ • cm.
3. Purification of water resistance ≥0.5MΩ.cm (25 degrees Celsius). The resistivity of purified water for injection and eye drop containers should be ≥1MΩ.cm/25 ° C.
Note: 15MΩ*cm (25 ° C) means: at a certain temperature, the resistance of the relative side of 1cm cube water on both sides is greater than equal to 15 ohm.
It details can be visible to the official website: web link
Let’s introduce these two devices to see what the difference between them.
The pure water equipment, also known as pure water purification equipment, refers to water that meets the sanitary norms of drinking water in life. In the container, and without any additives, it is colorless and transparent.
Strophic water equipment is the basis of pure water equipment to further remove the conductive medium in the water almost completely, and the urgent colloidal substances, gas and organic matter in the water are removed to a very low degree of water. The resistivity is greater than 18m
ω*cm
or close to the limit of 18.25MΩ*cm. Ultra -pure water equipment is difficult to reach the level in general. It can make microfillet technology, ultrafiltration technology, reverse osmosis technology, EDI technology, and two or more technologies in ion exchange technology. , Can create ultra -pure water, and the resistivity can reach 18.20MΩ*cm.
The differences between pure water equipment and ultra-pure water equipment exist in many aspects. Only some of them are listed here. The following is the following:
1. Different water production guidance rates, and the guidance rate of pure water and electricity is 2- 2- Between 10US/CM, the conductivity of ultra -pure water is 0.056us/cm
2. Indexes such as heavy metals, bacteria, particles, and other indicators are also very different. Level, simply speaking, there is no impurities in the water produced by ultra -pure water equipment, which is close to theoretical water.
3. The fields used are also different;
These two equipment are mainly the purity of water after water treatment. Super pure water is much more pure than pure water. There are many projects in super pure water equipment than pure water equipment. The main thing is that ultra -pure water equipment has an EDI water treatment than pure water equipment in the subsequent process.
M ultra -pure water equipment:
refers to the water treatment equipment of ultra -pure water required by various industries, with water treatment pre -treatment, reverse osmosis technology, EDI technology, ultra -purified treatment The latest technologies such as back -level processing are the core technologies. Generally used in solar photovoltaic, electronic semiconductor, circuit board circuit board, high -tech fine products and other industries. Its water quality quality has the following requirements: the electrolyte in the water is almost completely removed (resistance> 15MΩ.cm), the urgent colloidal substances, gases and organic matter in the water are removed to a very low level. Industry standards are 18MΩ.cm, 15MΩ.cm, 10MΩ.cm, 2MΩ.cm, 0.5MΩ.cm, to distinguish different water quality.
This water equipment:
This refers to the water treatment equipment of pure water required by various industries, with reverse osmosis technology as the core treatment technology. It is generally used for food and beverage, chemical technology water, cleaning of industrial products, and light industrial and fine chemical water. Make pure water with reverse osmosis technology, and depending on the different water quality and pure water out of the water quality, it is once again divided into single -stage reverse osmosis technology and dual -level reverse osmosis technology. Simply put, single -stage reverse osmosis Film filtration, dual -level reverse osmosis is to filter through the water production after a reverse osmosis membrane filter. As far as all the purified water and ultra -pure water -making technology are currently, the essential is pure water equipment. On the basis of ordinary pure water, we can use the combination of craftsmanship again. Ultra -pure water, reverse osmosis pure water equipment is an indispensable infrastructure.
The super pure water equipment and pure water equipment correspond to the water quality requirements. Therefore, different levels of water quality requirements require different processes equipment. Ultra -pure water equipment is an enhanced version based on pure water equipment. There are secondary reverse osmosis, EDI, polishing mixing bed, TOC, etc. Shenzhen Pure Water No. 1 Water Treatment will answer you.
What is the difference between ultra-pure water equipment and pure water equipment (YB-CJS-001)?
The water and electricity guidance rates are different. Refer to the “Zhengzhou AIA Water Treatment Equipment Technical Parameter Table” pure hydropower guide rate between 2-10US/CM, and the conductivity of ultra-pure water is 0.056us/cm. Specifically, one -to -one tailor -made can be customized according to the requirements of production water to achieve production water requirements.
The two are different in process, different design schemes, parameter configuration, different materials requirements, and different applications.