Selecting a Vibrating Sieve for Cosmetics Industry Needs

Sanitation and Compliance Regulations

The cosmetics industry has high standards for hygiene in the production of equipment. There are also regulatory standards that show production equipment that touches raw materials must be non-corrosive, non-toxic, and have smooth, easy to clean, and easy to disinfect interiors. Because of this, the vibrating sieve standards are uncompromising. In the case of the raw materials for cosmetics such as powder for face and foundation powder, and colored powders for cosmetics, the vibrating sieve equipment must be made of high-quality materials, as they can easily be contaminated. In vibrating sieve equipment, raw materials are easily contaminated by external  dust. To ensure the raw materials are pure and meet criteria for clean production zones in the cosmetics industry, vibrating sieve equipment must contain dust-proof structures. When it comes to the hygiene and material standards, vibrating sieve equipment determines the safety of cosmetics and passing inspections.

Adjusting Technology to Meet the Unique Properties of Raw Materials Used in Cosmetics

The raw materials that make up a cosmetic product can have a wide arrange of diverse physical properties. Some examples include loose powders that have very small particles which can make them difficult to work with, and raw materials that come in a sicky paste form, which is difficult to work with. These examples can help show the varying levels of different technical requirements needed for use in vibrating sieves. For example, ultrasonic swing sieves would be a perfect option for screening ultra-fine powders. Ultrasonic swing sieves use an ultrasonic system (high frequency) that opposes the clogging of the screen mesh due to its unique vibrating system. These sieve systems can also screen with an accuracy of 99% and can meet the uniformity of particle sizes from high-end cosmetic powders. For example, linear vibrating sieves would screen raw materials that have a larger size, like larger particulates from facial scrubs. This is due to their linear vibrating system which has a stable, linear trajectory, and high screening efficiency. For ultra-fine powders, the raw material with some stickiness, and sop paste raw materials, the sieve equipment must be combined with custom anti-sticking components, plus a frequency adjustable vibration apparatus. This equipment has been specially developed to cater to the requirements of each of these unique materials, to help fulfill the diverse needs of each of the materials.

Applying Screening Technology to Daily Chemical Production

There are many examples in the field of professional screening that demonstrate value as well as evidence that screening technology used in the food and daily chemical industries can be adapted and applied to the cosmetics industry. The construction of an intelligent customized screening and conveying system was achieved in an engineering cooperation project with one of the largest manufacturers of plant-based beverages. The system was designed to allow closed screening of fine powder raw materials without any loss of materials or secondary pollution. This technical approach can be applied to the screening of raw materials used in the cosmetics industry, such as talc or mica powder, and can increase screening efficiency by more than 30%, compared to traditional systems, while providing an uncontaminated screening process. The use of this specialized screening technology can also solve the traditional screening process' problems of inadequate efficiency or poor screening accuracy, as well as further automate the process by seamlessly integrating it with the subsequent steps of the production process.

Quality Control and Compliance Assurance of Screening Equipment  

The entire production process of sieve equipment has to go through strict quality control because the quality of vibrating sieve equipment directly relates to how stable the production lines of cosmetics are. Construction materials and also dust proof systems are controlled to ensure equipment has stable continuous operation. Research and development in patent with sieve mesh, and vibration systems improve customer dust proof system performance. Equipment with three certifications meets regulations optimal to the technical compliance and design in the dustless cosmetics industry. Equipment with three certifications meets the dustless industry regulations and meets customer demands for complete report, how to maintain, and quality control in the production process.

Analyzing Supplier Cost Performance and Supply Capacity

Balanced cost performance based on technical and hygiene requirements is essential when choosing vibrating sieves for the cosmetics industry. Equipment manufacturers will need to ensure a low failure rate for their equipment to reduce maintenance costs and production downtime loss for cosmetics enterprises. Also, manufacturers' supply guarantee capacity is particularly important when it comes to customizing equipment for large-scale production. Most large enterprise suppliers will screen small and medium-sized enterprises, and need to be able to offer equipment design, and custom production, and professional equipment level to match what is needed in production. Other manufacturers that focus on standardized equipment will be able to meet essential production needs for small and medium-sized enterprises, and equipment will be able to be upgraded and transformed with the expansion of enterprise production level.

Cosmetic companies use the vibrating sieve to screen the raw materials they receive, so the vibrating sieve has to meet the requirements of that company. Each vibrating sieve is designed for a specific purpose, so the company buying the vibrating sieve must determine the raw materials screening requirements. These requirements include the screen the material is put through, the size of the material, how accurate the screen is in capturing the material, and the volume of material needing to be screened. Each of these requirements is to be met by choosing an appropriate sieve, such as an ultrasonic sieve, a swing sieve, or a linear vibrating sieve. After the vibrating sieve is purchased the company needs to wait for the company that they purchased the vibrating sieve from to come and install the vibrating sieve, provide technical support for how to use the vibrating sieve, and provide maintenance to the vibrating sieve. In the end, the production equipment must be compatible with the screening technology of the vibrating sieve so that it will be able to maximize the production capacity of the rest of the equipment.