Xi'an TOPTION Instrument Co., Ltd. is one of the most reliable manufacturers and suppliers of Lactic Acid Refinement by Molecular Distillation in China. We provide high quality solutions & products for global customers who work in chemistry, biology, pharmaceutical, food, etc. If you have any enquiry about lab solution customization, please feel free to email us.
Lactic acid refinement can be applied in the food industry by molecular distillation technology, which is a better way of purification.
The process of lactic acid refinement through molecular distillation involves the following steps:
1. Using lactic acid as raw material.
2. Feeding the raw material into the system.
3. Separation of the lactic acid through primary molecular distillation.
4. Distillation of the lactic acid to remove any water present.
5. Further separation and purification of the purified lactic acid using secondary molecular distillation.
6. Cooling and condensing the refined lactic acid.
7. Collection of the final product, which is high-purity lactic acid.
The lactic acid refinement using molecular distillation technology can eliminate thermal decomposition, polymerization, or metamorphic, so this technology has already become the most moderate separation purpose distillation method, particularly suitable for concentration, purification, and separation of high molecular weight, high boiling point, high viscosity material and poor thermal stability of organic compounds. Please contact us at info@toptionlab.com for more information.
Q1: Why is molecular distillation a better way for lactic acid refinement?
A: Molecular distillation is a particularly suitable method because it operates under high vacuum and low temperatures. This gentle process effectively eliminates the risks of thermal decomposition, polymerization, or metamorphic changes that can occur with conventional distillation, ensuring a high-purity product.
Q2: What are the main steps in the lactic acid refinement process?
A: The multi-stage process typically involves: using lactic acid as raw material, primary molecular distillation for separation, a dehydration step to remove water, secondary molecular distillation for further purification, and finally cooling, condensing, and collecting the high-purity lactic acid.
Q3: What types of materials is this technology best suited for?
A: Beyond lactic acid, this molecular distillation technology is particularly suitable for the concentration, purification, and separation of high molecular weight, high boiling point, high viscosity materials, and organic compounds with poor thermal stability.
Q4: What is the final product quality after this refinement process?
A: The final product is high-purity lactic acid that meets the requirements for various applications, especially in the food industry where purity and quality are critical.
Q5: How can I get more information or a quote for this equipment?
A: You can send an inquiry directly through our website or email us at info@toptionlab.com. Our team can provide detailed information, customized solutions, and service support for your lactic acid refinement needs.
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