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Latest company new about Chemical properties and preparation methods of CHES buffer
2023/12/20

Chemical properties and preparation methods of CHES buffer

The full Chinese name of CHES buffer is 2- (N-cyclohexylamino) ethanesulfonic acid, with the molecular formula C4H10N2O4S and a relative molecular weight of 182.2 g/mol. The appearance is a white crystalline powder that is easily soluble in water at room temperature and has a relatively stable pH value. It exhibits good buffering ability in the pH range of 9.3-9.7, and is therefore widely used in experiments under alkaline conditions.   CHES buffer has the functions of maintaining the stability of the intracellular environment and protecting cells from pH fluctuations. In biology and biochemistry experiments, it can be used for ion buffering, simulating intracellular environment, protein crystallization, electrophoresis experiments, and drug screening experiments.   Characteristics of CHES   1. Chemical stability: CHES has high chemical stability over a wide range of pH values (pH 7.0-9.0), which enables it to effectively maintain the pH value of the solution.   2. Cellular protective effect: CHES has a protective effect on cells, which can prevent them from being affected by external factors such as pH fluctuations and oxidative pressure.   3. Ion buffering ability: CHES has ion buffering ability, which can maintain the ion balance inside and outside the cell, thereby maintaining the normal function of the cell.   4. Biocompatibility: CHES has good compatibility with biological samples and can be used as a buffer for various biological samples.   The configuration method of CHES   The configuration method of CHES is relatively simple, and the specific steps are as follows:   1. Prepare the required reagents: CHES powder, ultrapure water, pH test paper, electronic balance, beaker, magnetic stirrer.   2. Weigh a certain amount of CHES powder and dissolve it in ultrapure water. The specific amount should be determined based on the required buffer concentration and volume. Under normal circumstances, the concentration is 0.1M.   3. Under the action of a magnetic stirrer, slowly add CHES powder to ultrapure water, stirring while adding to ensure complete dissolution of the powder.   4. Measure the pH value of the prepared buffer using a pH test strip. If the pH value is incorrect, it can be adjusted by adding an appropriate amount of acid or alkali. In general, the pH value of CHES buffer should be maintained between 7.0 and 9.0.   5. Transfer the prepared buffer to a clean container, label it with the name, concentration, pH value, and preparation date of the buffer, so that it can be used within its validity period.   Application of CHES   CHES, as an important biological buffer, has a wide range of applications in biological and biochemical experiments. The following introduces some main applications:   1. Maintaining the stability of the intracellular environment: CHES can maintain the stability of the intracellular environment and protect cells from pH fluctuations. In cell culture experiments, the use of this buffer can prolong the survival time of cells and improve their proliferation ability.   2. In vitro simulation of intracellular environment: CHES can be used to simulate the intracellular environment in vitro for various biochemical experiments. For example, when studying enzymatic reactions, using CHES buffer can simulate the pH environment inside cells, thereby obtaining more accurate results.   3. Ion buffering: CHES can be used for ion buffering to maintain the balance of ions inside and outside the cell. In electrophysiological experiments, the use of this buffer can effectively maintain the ion balance of cells, thereby obtaining more accurate electrophysiological data.   4. Biological sample processing: CHES can be used for biological sample processing, such as blood, urine, etc. When processing these biological samples, using this buffer can protect the bioactive substances in the samples from external environmental influences.   5. Other applications: In addition to the above applications, CHES can also be used in protein crystallization, electrophoresis experiments, and drug screening experiments.   It is worth noting that CHES has a certain degree of irritation, and direct contact with the skin or inhalation of its powder should be avoided. When configuring and using, it is necessary to ensure that the operating environment and utensils are clean and sterile.   Hubei Xindesheng Material Technology Co., Ltd. is a manufacturer of CHES buffering agents, and can also provide dozens of different buffering agent raw material powders with high purity and stable use effects. If you need anything, please feel free to call us for consultation and order. We look forward to your visit!
Latest company new about Application of EDTA disodium in vacuum blood collection and cosmetics
2023/12/18

Application of EDTA disodium in vacuum blood collection and cosmetics

EDTA disodium is a common metal chelating agent widely used in various fields, including medicine, cosmetics, and food processing. It mainly serves as an anticoagulant for vacuum blood collection. In cosmetics, it is mainly used as a chelating agent to chelate metal ions in other raw materials and prevent them from causing harm to the skin. Let's take a closer look together!   1、 The basic properties and functions of EDTA disodium   EDTA disodium, chemically known as ethylenediaminetetraacetic acid disodium, is a strong acid containing four carboxyl groups that can form stable chelates with most metal ions. Its chelation mainly relies on the formation of stable coordination bonds between its four carboxyl groups and metal ions. This chelation can effectively prevent metal ions from precipitating in the solution, thereby stabilizing the solution.   2、 Application of EDTA disodium in vacuum blood collection   In medical experiments, vacuum blood collection vessels are used to collect blood samples from patients for various medical tests. During this process, EDTA disodium was used as an anticoagulant. Its working principle is to chelate with calcium ions in the blood, preventing calcium ions from participating in the blood coagulation process, thereby playing an anticoagulant role. Meanwhile, EDTA disodium can also protect platelets in the blood and improve the quality of blood samples. In addition to EDTA disodium, commonly used anticoagulants include EDTA dipotassium and EDTA tripotassium. Generally, the selection of usage will be based on specific testing items.   3、 Application of EDTA Disodium in Cosmetics   In the field of cosmetics, EDTA disodium is mainly used as a chelating agent and antioxidant. As a chelating agent, it can avoid the interference of metal ions on the active ingredients in cosmetics and improve the stability of the product. At the same time, it can also chelate heavy metal ions in cosmetics, such as lead and mercury, to prevent their damage to the skin. As an antioxidant, it can protect the oils and vitamins in cosmetics from oxidation, thereby extending the shelf life of the product.   4、 The Safety of EDTA Disodium   Although EDTA disodium has wide applications in many fields, its safety still needs attention. Studies have shown that excessive use of cosmetics containing disodium EDTA may cause some adverse reactions. Excessive addition of EDTA solution to blood collection vessels can lead to deviation in blood test sample results. Therefore, whether using vacuum blood collection or as a cosmetic ingredient, it is necessary to strictly follow the ratio and relevant regulations for operation to ensure safe and effective use.   It is worth noting that although EDTA disodium is used in vacuum blood collection and cosmetics, the quality, grade, and product price are completely different. EDTA disodium usually exists in powder form on the market, and from the appearance, there is no significant difference. Therefore, before purchasing, it is necessary to determine the product grade and make the selection.   Hubei Xindesheng Material Technology Co., Ltd. is a manufacturer of additives for blood collection vessels, which can provide two levels of EDTA disodium raw material powder for blood collection and cosmetics to meet the different usage needs of customers. The purity of the product can reach over 99%, and the quality is reliable. And it has its own production line with high daily output and can provide bulk goods. In addition, we can also provide a complete set of blood collection additives, all of which are independently developed and of good quality, which can meet the one-stop shopping needs. If you need to make a purchase, please feel free to contact us at any time. Looking forward to your call!
Latest company new about The Application of HEPES in Cosmetics and the Advantages of Desheng HEPES
2023/12/15

The Application of HEPES in Cosmetics and the Advantages of Desheng HEPES

With the increasing demand for the safety and effectiveness of cosmetics, new types of cosmetic ingredients and formulas are constantly emerging. Among them, HEPES buffer, as a compound with excellent performance, has been widely used in the field of cosmetics.   HEPES is a compound with excellent properties, chemically named 4-hydroxyethylpiperazine ethanesulfonic acid, suitable for formulation in sensitive skin and periocular products. Meanwhile, HEPES is not easily decomposed at high temperatures and has good chemical stability, which can meet the stability requirements of cosmetics during storage and use. Moreover, HEPES has good permeability and moisturizing properties, which can promote the absorption of nutrients by the skin and improve skincare effectiveness. This article will provide a detailed introduction to the application of HEPES in cosmetics and the advantages of Desheng HEPES.   The application of HEPES in cosmetics   1. Facial cleansing products: Adding an appropriate amount of HEPES to facial cleansing products can reduce their irritation, while improving their cleaning power and moisturizing effect. This helps alleviate the dryness and tightness of the skin during the cleaning process.   2. facial mask: Adding proper amount of HEPES into facial mask can improve the moisturizing and permeability of facial mask, so that facial mask can quickly play its role in a short time to achieve better skin care effect. At the same time, HEPES can also promote the fit between the facial mask and the skin, so that the facial mask can form a protective film on the skin, reducing the stimulation of the external environment on the skin.   3. essence liquid: essence liquid is a high concentration skin care product, which usually contains a large number of active ingredients. Adding an appropriate amount of HEPES to these products can improve their stability and permeability, allowing the active ingredients to be better absorbed and utilized by the skin. In addition, HEPES can also improve the moisturizing degree of skin and reduce the skin dryness caused by the use of essence.   4. Sunscreen: Sunscreen is an important product that protects the skin from UV damage. Adding an appropriate amount of HEPES to sunscreen can improve its moisturizing and stability, forming a protective film on the skin and better resisting UV damage. Meanwhile, HEPES can also alleviate skin dryness and tightness caused by the use of sunscreen.   5. Shampoo, shower gel and other shampoo and care products: Adding an appropriate amount of HEPES to shampoo, shower gel and other shampoo and care products can reduce their irritation, improve their cleaning and moisturizing effects. This helps to protect the health of the scalp and skin, alleviate the dryness and tightness caused by the use of these products.   Advantages of Desheng HEPES   1. Desheng has advanced production processes and equipment, a complete production line, and ensures that the HEPES products produced have fewer impurities and a purity of ≥ 99%. HEPES products are stable at room temperature and not prone to spoilage. They undergo strict quality control and repeated sampling confirmation to ensure stable quality of each batch of HEPES products.   2. The HEPES produced by Desheng belong to direct sales by the manufacturer, eliminating the need for intermediaries. The pricing of the product is consistent with its value, with high cost-effectiveness and fast delivery speed of HEPES.   3. The HEPES produced by Desheng is a white crystalline powder that is easy to store and transport. And Desheng has a self built large warehouse and high-quality logistics cooperation channels, which can quickly process orders and arrange shipments.   4. HEPES provides excellent after-sales service. Desheng can provide comprehensive after-sales service, from consultation, ordering, shipping to use, with professional personnel providing one-on-one service tracking throughout the process. If you encounter any problems during use, Desheng will communicate with you in a timely manner and provide solutions.   With the increasing demand for the safety and effectiveness of cosmetics, it is believed that HEPES will play a more important role in the future cosmetics industry. Hubei Xindesheng Material Technology Co., Ltd., as a professional manufacturer, has been committed to providing high-quality and high-purity chemical products, using advanced production equipment and complete production lines. At present, the company has produced over 30 types of biological buffering agents for sale, with a complete range of products.
Latest company new about What is the impact of raw material sources on the quality of serum separation gel?
2023/12/14

What is the impact of raw material sources on the quality of serum separation gel?

The quality of serum separation gel is affected by the production raw materials. The type, quality, purity, and ratio of raw materials used in production will have an impact on the performance and quality of serum separation gel.   Common raw materials for producing serum separation gels include hydrophobic organic compounds and silica powder. These raw materials are combined to form a gel like liquid with good thixotropy, which contains a large number of hydrogen bonds in its structure, forming a network structure.   With the development of medical technology, the demand for serum separation gel is increasing, and its use in fields such as beauty medicine is also becoming more and more widespread. Therefore, some serum separation gel manufacturers have started using hydrophobic resin materials to make the performance of serum separation gel more eye-catching in various aspects, and the appearance can be changed according to customer requirements.   At present, the commonly seen serum separation gel on the market is produced by Desheng, which is mainly divided into two materials: resin and acrylic ester.   The main component of acrylic separation adhesive is polyacrylate. After the improvement of the previous generation, this separation adhesive is a hydrophobic material that does not absorb water and fuse. Its flipping performance and thixotropy have been improved, and it is highly popular in the market.   The advantages of acrylic separation adhesive mainly include:   Rapid curing: Acrylic separation adhesive has the characteristic of rapid curing, which usually only takes a few seconds to minutes to reach the initial curing state, improving production efficiency.   Good weather resistance: Acrylic separation adhesive maintains stable performance in indoor and outdoor environments for a long time.   Good chemical resistance: Acrylic separation adhesive has good resistance to some chemical substances and can resist the erosion of acids, bases, solvents, etc. to a certain extent.   High transparency: Acrylic separation adhesive has high transparency and is suitable for application scenarios that require maintaining the transparency of the material surface.   The disadvantages of acrylic separation adhesive mainly include:   Slow reaction speed: Common two-component epoxides often require several hours to reach their intended strength, and require high mixing ratios. Single component epoxy often requires heating in order to rupture the encapsulated curing agent inside, making operation inconvenient.   Single component epoxy may have capillary effects: on construction surfaces with small gaps, due to the large diameter of the curing agent particles, they cannot penetrate into the gaps, resulting in uneven distribution of some adhesive components and the inability to cure.   The main component of resin separation adhesive is straight chain alkane resin. This separation gel has been further improved, with better physiological inertness, less aging, and radiation resistance. Even after sterilization treatment in test tubes, it will not have any impact.   1. Strong selectivity: Resin separation technology can select suitable resins based on the properties of the target substance, achieving efficient and selective adsorption of the target substance.   2. Easy to operate: The resin separation technology is easy to operate and does not require complex equipment or operating steps, making it easy to master.   3. Wide application: Resin separation technology is suitable for the separation and purification of various types of substances, and has a wide range of application areas.   The disadvantages of resin separation adhesive mainly include:   Raw material source limitation: The raw material source for resin separation adhesive may be limited, and not all resins can be used for the preparation of separation adhesive.   Separation effect limitation: The separation effect of resin separation adhesive may be affected by some factors, such as the properties of the target substance, separation conditions, etc.   High cost: The preparation cost of resin separation adhesive is high and may not be suitable for large-scale application. In summary, the quality of separation gels made from different raw materials will vary. Use according to different scenarios. Desheng specializes in producing blood vessel additives. Welcome to consult and purchase!
Latest company new about Do you know how much excitation solution is needed for acridine ester?
2023/12/11

Do you know how much excitation solution is needed for acridine ester?

Acridine ester is a compound widely used in biochemical and molecular biology experiments, commonly used for labeling proteins, antigens, antibodies, nucleic acids, etc. During the experiment, acridine ester needs to be used together with the excitation solution to achieve maximum effectiveness. So, what is the excitation solution required for acridine ester? This article will explore the required excitation solution based on the characteristics and applications of acridine esters.   1、 Characteristics of Acridine Esters   Acridine ester is an acridine ester containing a - NHS group, with a chemical formula of C30H26N2O9S and a molecular weight of 590.6. Its structure contains sulfonic acid groups, which increase its water solubility, making it water-soluble with markers formed by antibodies, nucleic acids, etc., and subsequent luminescence detection can be carried out in water. Acridine ester is stable in acidic solution (pH 4.8) and can be stored at room temperature for 4 weeks with protein conjugates. Its photoquantum yield does not decrease, and the freeze-dried product can be stored for more than one year at -20 ° C.   2、 Application of Acridine Ester   Acridine esters are widely used as chemiluminescent agents in direct chemiluminescence immunoassay, for the detection and analysis of antigens, antibodies, proteins, etc. Its use can greatly improve the sensitivity and specificity of detection, providing a powerful tool for biological research.   3、 Exciting solution required for acridine ester   Acridine ester needs to be used together with the excitation solution in the experiment to achieve maximum effect. So, what is the excitation solution required for acridine ester? In fact, there is no fixed formula for the excitation solution required for acridine ester, but it needs to be selected based on specific experimental requirements and conditions. Here are some commonly used excitation solution formulas:   0.1M phosphate buffer solution (PBS): PBS is a commonly used buffer solution that can stabilize pH and prevent protein denaturation. In the experiment of acridine ester, PBS can be used as the basic excitation solution to adjust the pH value and ion strength of the sample.   0.1M sodium hydroxide solution: Sodium hydroxide solution is a strong alkaline solution that can be used to adjust the pH value of the sample. In the experiment of acridine ester, sodium hydroxide solution can be used to adjust the pH value of the sample to alkaline, thereby promoting the luminescence reaction of acridine ester.   0.1M hydrochloric acid solution: Hydrochloric acid solution is a strong acidic solution that can be used to adjust the pH value of the sample. In the experiment of acridine ester, hydrochloric acid solution can be used to adjust the pH value of the sample to acidity, thereby promoting the luminescence reaction of acridine ester.   1% sodium dodecyl sulfate (SDS) solution: SDS is a surfactant that can be used to improve the stability and solubility of samples. In the experiment of acridine ester, SDS solution can be used to dissolve the sample, thereby improving the luminescence efficiency of acridine ester.   The above are some commonly used excitation solution formulas, and in practical applications, it is necessary to choose the appropriate excitation solution according to experimental requirements and conditions. At the same time, attention should also be paid to controlling the pH value and ion strength of the excitation solution to ensure the luminescence effect of acridine ester.   4、 Summary   Acridine ester is a compound widely used in biochemical and molecular biology experiments, commonly used for labeling proteins, antigens, antibodies, nucleic acids, etc. During the experiment, acridine ester needs to be used together with the excitation solution to achieve maximum effectiveness. The excitation solution required for acridine ester does not have a fixed formula, but needs to be selected based on specific experimental requirements and conditions. The commonly used excitation solution formulas include PBS, sodium hydroxide solution, hydrochloric acid solution, and SDS solution. At the same time, attention should also be paid to controlling the pH value and ion strength of the excitation solution to ensure the luminescence effect of acridine ester.   As a manufacturer of luminescent reagents, Desheng can supply six different series of acridone esters, and its new products such as acridone ester dihydrazide NSP-DMAE-ADH, acridone ester T4 complex, and acridone ester T3 complex are popular and sold directly by the manufacturer at reasonable prices. If you have any relevant needs, please feel free to click on the website for more information!
Latest company new about Desheng Biochemical's 2023 MEDICA Medical Exhibition in Dusseldorf, Germany has come to a successful conclusion!
2023/12/08

Desheng Biochemical's 2023 MEDICA Medical Exhibition in Dusseldorf, Germany has come to a successful conclusion!

At the MEDICA Medical Exhibition in Dusseldorf, Germany in 2023, Desheng Biochemistry (referred to as "Desheng") achieved a great success. In this exhibition, Desheng fully showcased the company's innovative achievements and high-quality products in the field of biochemical reagent raw materials and technology, attracting the attention and recognition of numerous professionals and customers worldwide.   1、 Desheng Exhibition   The MEDICA Medical Exhibition in Dusseldorf, Germany is an important event in the global healthcare industry, bringing together top medical equipment and advanced technology from around the world every year. As one of them, Desheng Biochemical always adheres to technological innovation as the core and is committed to providing high-quality and high-performance reagent raw material products to global customers. The company has a research and development team composed of senior industry experts and outstanding talents, dedicated to the research and production of biochemical reagent raw materials. At the same time, Desheng also attaches great importance to product quality and safety, strictly controlling every production process.   2、 Important customer communication   During the exhibition, Desheng exhibition staff had in-depth exchanges and communication with potential Indian and Danish clients. These customers have shown a strong interest in Desheng's medical products and technology, and have expressed a strong willingness to cooperate. The interaction between Desheng personnel and customers has enabled us to have a more comprehensive understanding of the needs of the medical and health industry in different regions, providing useful insights for our future research and innovation.   They stated that they will visit Desheng for on-site inspection in December to further understand the company's production and research and development capabilities and product advantages. For Desheng, this is undoubtedly a good opportunity to showcase the company's strength and products, as well as an important step towards deepening cooperation with international customers and entering the international market.   3、 Innovative product display   As a technology innovation enterprise focusing on the research and production of biochemical reagent raw materials, Desheng showcased its latest reagent products at this exhibition, including the 5th generation serum separation gel, EDTA potassium salt, heparin salt, biological buffer, and other products. These products fully demonstrate Desheng Biochemical's research and development strength and technical level, and have won praise from many customers. In addition to showcasing advanced products, Desheng Biochemical also actively participated in multiple activities and forums at this exhibition. The company representative had in-depth exchanges and discussions with medical industry experts and clients from around the world on site, sharing the latest research results and practical experience of the company in the medical field.   4、 Company Vision and Outlook   Desheng Biochemical will continue to participate in medical exhibitions and exchange activities worldwide, and strengthen communication and cooperation with global customers. At the same time, the company will continue to develop more innovative reagent products to meet the constantly evolving and changing global market demands. We believe that in future cooperation, Desheng Biochemical will work hand in hand with global customers to jointly promote the progress and development of the medical industry.   On the occasion of the successful conclusion of this exhibition, Desheng Biochemical would like to express its gratitude to all visitors and customers for their support and attention. Thank you for your visit and guidance, giving Desheng Biochemical the opportunity to showcase our company's technology and products to the world. Desheng Company will continuously introduce advanced technology and concepts, provide customers with more comprehensive and high-quality reagents, and contribute to the development of the global medical industry. We look forward to achieving more brilliant results in international cooperation in the future.
Latest company new about The flipping test of serum separation gel can evaluate these properties
2023/12/07

The flipping test of serum separation gel can evaluate these properties

In biomedical research, serum separation gel is widely used in clinical and research laboratories due to its unique physical properties and efficient separation effect. The flipping test of serum separation gel is an important experimental method for evaluating its performance and effectiveness. To ensure its stable performance, accurate and reliable service for the experimental needs of clinical and research laboratories. Performing flipping tests can promptly identify and solve potential problems, improving the accuracy and reliability of experimental results.   Basic Introduction to Serum Separation Gel   Serum separation gel is a special biomaterial with high molecular weight, which can effectively separate serum and blood cells from whole blood. Its unique physical properties, such as high viscosity, low permeability, and good stability, make it significantly effective in blood separation. However, the performance of serum separation gel is not constant, and its performance is influenced by factors such as temperature, humidity, pH value, etc. Therefore, in order to ensure the separation effect and safe use of serum separation gel, a series of tests will be conducted on it.   Flip test of serum separation gel   Flip testing is an experimental method that evaluates the performance of serum separation gel by simulating actual usage conditions. In the flipping test, a certain amount of serum separation gel is added to the test tube, and then a whole blood sample is added. Afterwards, let the test tube stand for a period of time under constant temperature conditions and centrifuge it in a centrifuge. After taking it out, observe the flipping effect of the separated serum, blood clots, and serum separation gel.   What properties of serum separation gel can be evaluated by flipping tests?   1. Evaluate the performance of serum separation gel: Flip testing can simulate actual usage conditions and evaluate the performance of serum separation gel by observing the separation effect of serum and blood cells, possible impurities and precipitates in serum, etc.   2. Check the stability of serum separation gel: During the flipping test, observe whether there is any layering, precipitation, or color change in the serum separation gel to evaluate its stability. A serum separation gel with good stability should always maintain consistent performance during storage and use.   3. The reliability of test results: The quality and performance of serum separation gel have a significant impact on the accuracy and reliability of experimental results in clinical and research laboratories. Flip testing can promptly identify and solve potential problems, ensuring that the performance of serum separation gel remains in good condition, thereby ensuring the reliability of experimental results.   In practical applications, the flipping test of serum separation gel is of great significance for ensuring the accuracy and reliability of experimental results in clinical and research laboratories. By conducting regular flipping tests, potential issues can be identified and resolved in a timely manner, ensuring stable performance of serum separation gel.   Hubei Xindesheng Material Technology Co., Ltd. is a manufacturer of blood vessel additives. Since 2005, it has been engaged in the research and production of serum separation gel. In recent years, it has successfully broken through the upgrade to the fourth generation serum separation gel, with more stable indicators and more affordable prices. It is the best choice for domestic and foreign customers. And it has its own large-scale factory and production line, with high daily output, which can meet the supply of bulk goods. If you need to make a purchase, please feel free to contact us at any time. Looking forward to hearing from you!
Latest company new about Application of Caps buffer in the treatment of industrial wastewater
2023/12/06

Application of Caps buffer in the treatment of industrial wastewater

With the rapid development of China's economy, the environmental problems brought about by industrial production are becoming increasingly serious, and industrial wastewater treatment has become one of the urgent environmental problems to be solved. Industrial wastewater contains a large amount of harmful substances, such as heavy metals, organic matter, inorganic matter, etc. Direct discharge will cause serious pollution to the environment. Therefore, adopting effective methods to treat industrial wastewater is of great significance for environmental protection. Caps buffer, as a new type of wastewater treatment agent, has received increasing attention for its application in the treatment of industrial wastewater. This article will introduce the principle, characteristics, and application of Caps buffer in industrial wastewater treatment.   1、 The principle of Caps buffer   Caps buffer is a chemical substance with good buffering performance, and its main component is carbon molecular sieve. Caps buffering agents treat harmful substances in wastewater through adsorption, ion exchange, catalysis, and other processes. During the treatment process, Caps buffer can regulate the pH value of wastewater, causing chemical reactions of heavy metal ions, organic matter, and other substances in the wastewater to transform into harmless substances. At the same time, Caps buffer also has good decolorization, odor removal, and reduced COD and BOD effects.   2、 The characteristics of Caps buffer   Efficiency: Caps buffer has high adsorption and ion exchange capabilities, which can quickly remove harmful substances from wastewater and achieve significant treatment effects.   Adaptability: Caps buffer is suitable for various types of industrial wastewater, whether organic or inorganic, and can achieve good treatment effects.   Environmentally friendly: Caps buffer is an environmentally friendly treatment agent that does not produce secondary pollution during the treatment process, in line with the concept of green environmental protection.   Stability: Caps buffer has good chemical stability and is not easily changed during storage and transportation, ensuring effective treatment.   Easy to operate: The use of Caps buffer is simple, without the need for complex equipment and technology, making it easy to operate and control.   3、 Application of Caps buffer in industrial wastewater treatment   Electroplating wastewater treatment: Electroplating wastewater contains a large amount of heavy metal ions, such as copper, nickel, chromium, etc. Using Caps buffer for treatment can effectively remove heavy metal ions and meet national discharge standards.   Printing and dyeing wastewater treatment: Printing and dyeing wastewater has high COD and chromaticity. Using Caps buffer for treatment can effectively remove organic matter and pigments in the wastewater, achieving good decolorization and COD reduction effects.   Petrochemical wastewater treatment: Petrochemical wastewater contains a large amount of organic matter and heavy metal ions. Using Caps buffer for treatment can effectively remove harmful substances in the wastewater, reduce COD and BOD. Medical wastewater treatment: Medical wastewater has a high content of harmful substances and odors. Using Caps buffer for treatment can effectively remove harmful substances and odors from the wastewater, achieving environmental protection requirements.   In summary, the application of Caps buffer in industrial wastewater treatment has significant effects. With the continuous improvement of environmental protection awareness, its application in the field of industrial wastewater treatment will be more widely promoted. In future work, we need to further study and optimize the performance of Caps buffer to improve its application effect in industrial wastewater treatment and make greater contributions to environmental protection.   Hubei Xindesheng Material Technology Co., Ltd., as a professional biological buffer manufacturer, has always been committed to providing high-quality and high-purity chemical reagents.
Latest company new about Advantages of Desheng's the New Trinder's Reagent
2023/12/05

Advantages of Desheng's the New Trinder's Reagent

The new Trinder's reagent has become a new favorite for in vitro biochemical testing, used in different in vitro diagnostic kits. It mainly marks the content of the tested substances, such as creatinine, uric acid, blood sugar, etc., by detecting the serum of the sample. It is of great significance for the early diagnosis and treatment monitoring of some diseases.   There are many types of new Trinder's reagents and their applications are also very wide. At present, the new Trinder's reagents produced by Desheng include: ADOS, ADPS, ALPS, TOOS, DAOS, TOPS, MADB, DAOS, MAOS, etc. They are all easily soluble in water, with UV absorption of color reaction products>540nm, high sensitivity, and color reaction can be carried out within a wide pH range.   Their differences also contribute to the uniqueness of each reagent. Their absorption wavelength and molar absorbance are different. When selecting a new type of Trinder's reagent, it is necessary to make the selection based on actual application needs.   Factors to consider when selecting the new Trinder's reagents   1. Molar absorbance: Molar absorbance is a unit of measurement that measures the intensity of light at a specific wavelength absorbed by a chemical substance. The application of molar absorbance in new Trinder's reagents helps to improve the accuracy and sensitivity of experiments, providing reliable data basis for scientific research, production, and environmental protection. The higher the molar absorbance, the higher the sensitivity of the new Trinder's reagent.   Therefore, when the content of the substance to be tested is very low, new Trinder's reagents with higher molar absorbance should be selected, such as ALPS, TOOS, TOPS, etc.   2. Absorption wavelength: The absorption wavelength of different new Trinder's reagents also varies, so when selecting, it is necessary to choose the appropriate reagent based on the absorption wavelength range of the substance to be tested. For example, when the absorption wavelength of the substance to be tested is between 550nm and 600nm, in order to avoid interference, it is necessary to choose a reagent with an absorption wavelength higher than 600nm. The absorption wavelength of two new Trinder's reagents, MAOS and MADB, can reach 630nm.   3. Changes in absorbance and time: The absorbance of color reaction products formed by TOOS, ADOS, and DAOS remains stable for a period of time, indicating high stability and not easy to fade. The one with obvious fading is MAOS. In addition, other factors such as the price and availability of reagents need to be considered based on the specific needs of the experiment. The final selected reagent should be the most suitable new Trinder's reagent for the experimental needs.   Advantages of Desheng's New Trinder's Reagent   1. Desheng has advanced production processes and equipment, a complete production line, and ensures that the HEPES products produced have fewer impurities and a purity of ≥ 99%. The new Trinder's reagent is stable at room temperature, not prone to spoilage, and has undergone strict quality control and repeated sampling confirmation to ensure stable quality of each batch of HEPES products.   2. The new Trinder's reagents produced by Desheng are directly sold by the manufacturer, eliminating the need for intermediaries. The pricing of the product is consistent with its value, with high cost-effectiveness and fast delivery speed of HEPES.   3. The new Trinder's reagent produced by Desheng is a white crystalline powder, which is easy to store and transport. And Desheng has a self built large warehouse and high-quality logistics cooperation channels, which can quickly process orders and arrange shipments.   4. Desheng's new Trinder's reagents provide excellent after-sales service. Desheng can provide comprehensive after-sales service, from consultation, ordering, shipping to use, with professional personnel providing one-on-one service tracking throughout the process. If you encounter any problems during use, Desheng will communicate with you in a timely manner and provide solutions.
Latest company new about Heparin sodium can not only be used in vacuum blood collection, but also in cosmetics!
2023/12/04

Heparin sodium can not only be used in vacuum blood collection, but also in cosmetics!

Heparin sodium is not unfamiliar to everyone, as it is added to the vacuum blood collection tubes used during medical examinations in hospitals. Don't assume that all vacuum blood collection tubes contain heparin sodium, only the ones with green caps are heparin sodium anticoagulant tubes. And sodium heparin can also be used in cosmetics to improve skin condition. Let's take a look together!   Heparin sodium, a natural substance with complex physiological activities, is widely used in the medical and cosmetic industries. In the medical field, heparin sodium is mainly used as an in vitro anticoagulant for early diagnosis and detection of some diseases. In the cosmetics industry, heparin sodium is used to improve skin condition and enhance skin health due to its antioxidant, anti-inflammatory, and anticoagulant properties.   The role of sodium heparin in vacuum blood collection   In the medical field, the use of heparin sodium is mainly based on its anticoagulant properties. When the blood comes into contact with heparin sodium, its molecular structure binds to antithrombin, enhancing its activity, thereby inhibiting prothrombin in the blood and preventing blood clotting. This characteristic makes heparin sodium play a crucial role in vacuum blood collection.   Vacuum blood collection is a device used to collect human blood samples, which uses a vacuum pump to generate negative pressure and extract blood from the human body. The role of heparin sodium is crucial in the process of blood collection. It can prevent blood from clotting during the collection process, ensuring the integrity of blood samples and the accuracy of subsequent experiments. Meanwhile, due to the anticoagulant properties of heparin sodium, blood samples can be stored for a long time, providing convenience for subsequent experiments.   The role of heparin sodium in cosmetics   In the field of cosmetics, the main function of heparin sodium is to utilize its antioxidant, anti-inflammatory, and anticoagulant properties to improve skin condition and enhance skin health.   1. Antioxidant effect: Heparin sodium has strong antioxidant ability, which can eliminate free radicals in the body, slow down the aging process of the skin, and maintain the elasticity and luster of the skin.   2. Anti inflammatory effect: Heparin sodium has anti-inflammatory effects, which can reduce skin inflammation and promote skin cell regeneration.   3. Anticoagulant effect: In cosmetics, heparin sodium can also inhibit the formation of skin thrombosis, which can improve skin blood circulation. In addition, heparin sodium can also alleviate inflammatory reactions and further improve skin conditions by inhibiting the release of inflammatory factors.   The safety and application of heparin sodium   Although heparin sodium has multiple physiological activities, its use still needs to be cautious. For the medical field, strict control of dosage and time is required when using heparin sodium to avoid problems such as excessive dosage leading to inaccurate subsequent testing. For the cosmetics industry, although heparin sodium has many benefits, it still needs to be chosen based on individual circumstances. When using cosmetics containing sodium heparin, skin tests should be conducted first to confirm that there are no allergic reactions before use.   Hubei Xindesheng Materials Technology Co., Ltd. is a manufacturer of heparin sodium, a blood collection additive, and cosmetics. We can provide two different products with different functions according to customer needs. We have a product research and development team, a production team, a sales and after-sales service team, and can provide pre-sales, in sales, and after-sales guidance services. The product quality is stable and reliable. If you need it, please feel free to contact us!
Latest company new about Comprehensive Introduction to Cosmetic Raw Materials HEPES
2023/11/30

Comprehensive Introduction to Cosmetic Raw Materials HEPES

HEPES is a cosmetic raw material that has the advantages of being mild, efficient, stable, and compatible. It is also a mild surfactant that can effectively reduce surface tension without causing irritation to the skin. So in today's cosmetics industry, it is increasingly attracting the attention of manufacturers and consumers.   Introduction to HEPES   HEPES, also known as hydroxyethyl piperazine ethanesulfonic acid, has many unique chemical and biological properties. The appearance is a white crystalline powder with hydrophilicity. Its molecular formula is C8H17NO3S, with a molecular weight of 217.29. HEPES buffer has a high solubility in water and can form transparent or slightly turbid solutions.   Advantages of HEPES   1. Mild and efficient: HEPES ingredients are gentle and do not affect skin condition. In addition, it also has efficient cleaning ability, which can effectively remove oil and dirt from the skin.   2. Stability: HEPES has good chemical stability and can maintain stability over a wide pH range;   3. Compatibility: HEPES has good compatibility with other cosmetic ingredients such as spices, preservatives, etc., which helps to maintain the effectiveness of the product;   4. Moisturizing: HEPES can help maintain skin moisture and improve dryness and peeling. This is very important for moisturizing products.   5. Antibacterial: HEPES has antibacterial properties and can effectively inhibit bacterial growth, helping to maintain skin health.     The application of HEPES in cosmetics   1. Facial cleanser: Adding HEPES to facial cleanser can help clean the skin, remove dirt and oil, while keeping the skin moist;   2. Anti aging products: HEPES is widely used in anti-aging products, such as face cream and essence liquid, due to its anti oxygen and anti-inflammatory properties;   3. Moisturizing products: Adding HEPES to moisturizing products can help the skin retain moisture, improve dryness and scaling;   4. Shampoo: Adding HEPES to shampoo can help clean hair and scalp, keeping hair moist and shiny;   6. Makeup removal products: Adding HEPES to makeup removal products can help remove makeup and dirt while maintaining skin comfort;   8. Facial mask: Adding HEPES to the facial mask can help clean the skin deeply and repair the skin state;   9. Other products: In addition to the above applications, HEPES is also widely used in other cosmetics, such as eye cream, essence liquid, lipstick, hand cream, etc.   I believe that after reading this article, everyone has a detailed understanding of this raw material. These characteristics of HEPES make it widely used in the field of cosmetics. It should be noted that when using HEPES, attention should be paid to compatibility, concentration, and pH range in order to maintain good usage effects.   Hubei Xindesheng Material Technology Co., Ltd. was established in 2005 and is a leading manufacturer of HEPES buffering agents. It has a large-scale factory and a production research and development team. Professional personnel are available for pre-sales, during sales, and after-sales service, providing customers with full price protection throughout the entire process. The purity of the HEPES buffer currently produced can reach over 99%, and the quality is strictly controlled, so you can purchase it with confidence.   At the same time, the company also produces various biological buffering agents, such as TRIS, HEPES, BICINE, CAPS, etc., with over 40 categories and a purity of around 99%. It can meet different usage needs in various fields, with one-stop shopping and stock available for immediate purchase and delivery. If you need to make a purchase, please feel free to call us for consultation and ordering at any time.
Latest company new about The Thickening Principle and Industry Application of Carbomer
2023/11/29

The Thickening Principle and Industry Application of Carbomer

Carbomer is a commonly used thickener, widely used in industries such as cosmetics, pharmaceuticals, and food. This article will delve into why carbomer can thicken and help you better understand this important substance.   1、 The structural characteristics of Carbomer   Carbomer is a natural organic polymer compound composed of multiple polymer chains. Its molecular structure contains multiple hydroxyl and carboxyl groups, which give carbomer high polarity and water solubility. These characteristics provide a foundation for the application of carbomer in thickeners.   2、 The Thickening Principle of Carbomer   The thickening principle of carbomer is mainly based on the multiple hydroxyl and carboxyl groups in its molecular structure. These groups undergo ionization in water, causing the carbomer molecules to charge and attract surrounding water molecules. When the concentration of carbomer reaches a certain value, these charged molecules will crosslink with each other, forming a three-dimensional network structure, thereby playing a thickening role. In addition, the molecular chains of carbomer are longer and more prone to entanglement, further increasing the viscosity of the system.   3、 Thickening effect and influencing factors of carbomer   The thickening effect of carbomer is influenced by various factors. Among them, concentration is a key factor. As the concentration of carbomer increases, the number of crosslinking points between molecules gradually increases, the network structure becomes more stable, and the viscosity of the system also increases. In addition, temperature, pH value, electrolyte, etc. can also affect the thickening effect of carbomer. For example, at higher temperatures, the movement of carbomer molecules intensifies, which may lead to network structure damage and a decrease in viscosity; Under acidic or alkaline conditions, the charge properties of carbomer may change, which may affect its thickening effect.   4、 The application of Carbomer in various industries   Cosmetic industry: Carbomer is mainly used as an emulsifier, thickener, and stabilizer in cosmetics. It can increase the viscosity of the product, improve the texture, prevent layering and sedimentation, and also enhance the stability of the product. It is widely used in lotion, face cream, eye cream and other cosmetics.   Pharmaceutical industry: Carbomer is mainly used as a suspension aid in pharmaceuticals. It can increase the suspension stability of drugs, prevent drug precipitation or stratification, and improve the bioavailability of drugs. It is used in both oral and injectable medications.   Food industry: Carbomer is mainly used as a stabilizer, thickener, and suspension agent in food. It can improve the taste and texture of food, prevent food sedimentation and layering, and also extend the shelf life of food. It is applied in foods such as fruit juice, beverages, and seasonings.   5、 Conclusion   Carbomer, as a natural organic polymer compound, has excellent thickening properties. The thickening principle is mainly based on the ionization of multiple hydroxyl and carboxyl groups in the molecular structure in water, forming a three-dimensional network structure. The thickening effect of carbomer is influenced by various factors such as concentration, temperature, pH value, and electrolyte. Capom plays an important role in industries such as cosmetics, pharmaceuticals, and food, improving product stability, texture, preventing layering and sedimentation, enhancing drug bioavailability, and extending food shelf life. With the continuous progress of technology and the expansion of application fields, the research and application of Capom will continue to deepen and develop.   Hubei Xindesheng Material Technology Co., Ltd. specializes in the production of various blood collection additive raw materials and carbomer. After more than ten years of research and development, the carbomer produced has the characteristics of stable process, small batch differences, and obvious price advantages. Desheng Company has a professional research and development laboratory, a high production workshop, and can accept customized research and development production according to different product requirements. If you have any purchasing needs, please visit the official website of Hubei Xindesheng Materials to view the product series, or contact us for inquiries and orders!
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