In response to the pain points of filler agglomeration, color difference, and poor heat dissipation caused by bubbles in the mixing of thermal conductive sheet materials, SMIDA planetary centrifugal mixer uses the "planetary mixing+vacuum defoaming" technology to achieve global homogenization, with no color difference, no bubbles, and stable thermal conductivity. Adapting to fields such as new energy and consumer electronics, we also provide free sample testing to assist in the stable mass production of high-performance thermal conductive sheets.

In response to the pain points of easy agglomeration, obvious color difference, and static stratification in the mixing of paste powder, SMIDA planetary centrifugal mixer uses the "planetary centrifugal fusion+vacuum defoaming" technology to achieve global homogenization. It is suitable for cosmetics, pharmaceuticals, and industrial fields, with adjustable speed, anti settling, and no cleaning design. It also provides free sample testing to help enterprises improve product quality and production efficiency.

Traditional mixing of epoxy AB adhesive is prone to uneven mixing, residual bubbles, and color differences, resulting in poor curing and decreased adhesive strength. The SMIDA planetary centrifugal mixer solves problems with "planetary mixing+vacuum defoaming", achieving precise proportioning, bubble free homogenization, and color uniformity. It also has a non-contact mixing chamber design and can apply for free sample testing, suitable for multiple fields.

The performance of conductive adhesives depends on the quality of the mixture between the filler and the substrate. Traditional stirring can easily cause agglomeration of the filler, blockage of the conductive path by bubbles, and color difference problems. The SMIDA planetary centrifugal mixer achieves no agglomeration, no bubbles, uniform color, stable conductivity, and is suitable for fields such as electronic bonding and new energy electrodes through "precise dispersion+vacuum defoaming". It can provide free sample testing and customized mixing solutions.

Traditional mixing of single component polyurethane can lead to bubbles, color differences, and uneven mixing, resulting in curing cracking and adhesive failure. The SMIDA planetary centrifugal mixer achieves bubble free, uniform color, and homogeneity through "revolving extrusion+low-speed shearing", suitable for fields such as building sealing and automotive interior. It also has exclusive designs such as vacuum defoaming, and can apply for free sample testing and customized mixing solutions.

The performance of thermal conductive sheets depends on the uniformity of material mixing. Traditional stirring can easily cause filler agglomeration and color mottled, which affects the reliability of heat dissipation. The SMIDA planetary centrifugal mixer achieves no agglomeration and consistent color through "centrifugal homogenization+precise cutting", greatly improving thermal conductivity efficiency. It is suitable for fields such as new energy vehicles and consumer electronics, and has a dedicated mixing design. Free material mixing testing can be applied for.

The uniformity of pigment mixing in cosmetics directly affects the color and skin feel of the product. Traditional mixing is prone to pigment aggregation, color difference, precipitation, and may also irritate the skin due to uneven concentration. The SMIDA planetary centrifugal mixer achieves seamless mixing through "low shear dispersion+centrifugal homogenization", with consistent color consistency, suitable for multiple makeup fields, and designed to prevent cross contamination. Sample testing can be applied for free.

The traditional mixing of epoxy resin and fluorescent powder is prone to problems such as agglomeration, excessive bubbles, and insufficient packaging. This article introduces the advantages of SMIDA planetary centrifugal mixer through the synergistic effect of centrifugal defoaming and multidimensional shearing, as well as its application in various fields such as LED packaging. It also mentions the highlights of equipment design and provides free sample testing services.

The quality of medical material mixing is closely related to patient safety. Traditional equipment is prone to leaving bubbles, uneven composition, and difficult to comply with regulations. SMIDA planetary centrifugal mixer can achieve bubble free, uniform mixing throughout the entire area, zero pollution and stability, suitable for multiple medical fields, with customized material design, and free sample testing to safeguard material safety and quality.

Traditional mixing of glue and powder can easily lead to powder agglomeration, incomplete packaging, and static layering, which affects the finished product and wastes materials. The SMIDA planetary centrifugal mixer relies on the dual power of "revolution+rotation" to solve these problems, and is also suitable for multiple fields. It has a stepped speed and a sealed dust-proof design, and can be tested for free to help mix more efficiently and evenly.

Traditional mixing of high viscosity adhesives is prone to clumping and difficult to remove bubbles, with a rework rate of over 25%. The SMIDA planetary centrifugal mixer can achieve a residual agglomeration of ≤ 1%, bubble removal of ≥ 98%, viscosity deviation of ≤ 2%, and efficiency improvement of 2.5 times. Suitable for fields such as new energy battery sealing and automotive bonding, we also provide free adhesive testing to help solve mixing problems.

Traditional silver paste mixing is prone to silver particle agglomeration and residual bubbles, resulting in a high rate of product defects. The SMIDA planetary centrifugal mixer can achieve a silver particle dispersion of ≥ 99.2% and a square resistance fluctuation of ≤ 1.5%, significantly reducing bubbles. Suitable for LED packaging RFID、 In fields such as flexible display and automotive electronics, free silver paste testing is also provided to help solve mixing problems.