Analysis of the reasons why serum separation gel has severe wire drawing and is not easily broken
2024-09-14
In the fields of biomedical research and clinical testing, serum separation gel is a critical auxiliary material, and its stability and reliability are crucial for ensuring the accuracy of experimental results. However, in recent years, some users have reported encountering serious and difficult to break issues with serum separation gel during use, which not only increases the difficulty of experimental operations but may also have adverse effects on experimental results. This article will analyze the reasons for this phenomenon from the perspective of product quality and propose corresponding optimization strategies.
Core elements of product quality
The quality of serum separation gel is mainly affected by multiple factors such as raw material selection, production process, formula design, and storage and transportation conditions. These factors collectively determine the physical and chemical properties of serum separation gel, including its viscosity, fluidity, stability, etc., which in turn affect its performance in practical applications.
Analysis of the reasons why severe wire drawing is not easy to break
1. Quality issues with raw materials
The quality of raw materials for serum separation gel is the basis for determining its final performance. If there are impurities, inconsistent cross-linking degree, or uneven molecular weight distribution in the raw materials, it may cause performance fluctuations in the serum separation gel during processing and use. These performance fluctuations may manifest as high viscosity and poor fluidity, which can lead to wire drawing phenomena.
2. Improper production process control
The precision and stability of the production process have a crucial impact on the quality of serum separation gel. Improper control of parameters such as temperature, time, and stirring speed during the production process may lead to unstable product performance. For example, too low temperature or too fast stirring speed may increase the viscosity and decrease the fluidity of serum separation gel, thereby exacerbating the wire drawing phenomenon.
3. Unreasonable formula design
The formulation design of serum separation gel is one of the key factors affecting its performance. If the ratio of each component in the formula is unreasonable or inappropriate additives are added, it may cause problems with the fluidity and stability of the serum separation gel. These problems may manifest as uneven distribution of colloids during pouring or coating, formation of filamentous structures, and difficulty in breaking.
4. Poor storage and transportation conditions
If serum separation gel is affected by adverse factors such as temperature fluctuations, light, humidity, etc. during storage and transportation, it may also lead to a decrease in product performance. For example, prolonged exposure to high temperatures can reduce the viscosity and increase the flowability of serum separation gels, but in some cases, it may be easier to form wire drawing due to weakened intermolecular interactions.
Optimization strategy
We can optimize the problem of severe and difficult to break threads in serum separation gel from the following aspects:
1. Strictly screen raw materials
Choose raw material suppliers with reliable quality and stable performance, conduct strict quality inspections on each batch of raw materials, and ensure that the quality of the raw materials meets the standards.
2. Optimize production processes
Introduce advanced production equipment and technology to improve the accuracy and stability of production processes. Strictly control the key parameters in the production process to ensure consistent performance of each batch of products.
3. Improve formula design
Continuously optimize product formula design based on market demand and user feedback. By adjusting the ratio of each component and adding appropriate stabilizers, lubricants, and other additives, the flowability and performance of serum separation gel can be improved.
4. Improve storage and transportation conditions
Provide clear storage and transportation guidelines to ensure that products are not affected by adverse factors such as temperature fluctuations, light, humidity, etc. during storage and transportation. For products that require special storage conditions, corresponding storage equipment and facilities should be provided.
5. Strengthen quality monitoring and after-sales service
Establish a comprehensive quality monitoring system and conduct strict quality inspections on each batch of products. At the same time, strengthen the construction of after-sales service team, respond to user feedback in a timely manner, and provide professional technical support and solutions for users. For products with quality problems, the cause should be quickly identified and effective measures should be taken for rectification.
Conclusion
The serious and difficult to break problem of serum separation gel is a complex quality issue, involving multiple aspects such as raw materials, production processes, formula design, and storage and transportation conditions. In order to improve the product quality and performance of serum separation gel, we need to optimize and improve it from multiple aspects. Only in this way can serum separation gel play a more stable and reliable role in biomedical research and clinical testing, providing stronger support for scientific research and clinical work.
As an advantageous manufacturer of blood collection tube additives such as serum separation gel, Desheng has developed four generations of separation gel since its establishment, continuously updating its performance, pursuing higher quality products, and contributing to the development of the market. It can far exceed other similar brands of separation adhesives and is highly praised by customers. Welcome interested parties to click on the website to inquire about details!
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