Viscous Material Mixer (Solder Paste/Gel) - 20L High-Speed Planetary Machine

In fields such as electronic manufacturing, new energy, and precision chemical engineering, the uniformity of solder paste directly affects soldering yield, while the dispersion effect of gels is crucial to the stability of product performance. However, the efficient mixing of viscous materials has always been a key technical challenge in the industry. To address this demand, we have launched the 20L High-Speed Planetary Viscous Material Mixer, which provides professional mixing solutions for medium-batch production scenarios with precise mixing technology and stable operating performance.

The core advantages of the equipment lie in its customized mixing system and stable operation mechanism. Adopting high-speed planetary mixing technology, the mixing paddles rotate at high speed around their own axis while revolving along the inner wall of the container. The revolution speed can reach 0-100rpm, and the rotation speed is 0-800rpm. Through the dual-motion trajectory, it creates strong shearing, extrusion, and turning effects, perfectly solving the problem of uniform dispersion of tin powder and flux in solder paste, as well as meeting the defoaming and homogenization requirements of gel-like materials. The mixing uniformity error is no more than ±1%. Aimed at the characteristics of viscous materials, the mixing paddles are made of wear-resistant stainless steel, undergo precision polishing treatment, and are designed to fit the inner wall of the container, eliminating mixing dead angles and avoiding waste and contamination caused by material residue.

The 20L effective volume design is suitable for medium-batch production needs. The equipment adopts a double-layer vacuum jacketed container, which can achieve precise temperature control from -5℃ to 150℃ with a temperature control accuracy of ±0.5℃, meeting the temperature requirements of different materials during the mixing process. Equipped with a high-vacuum system, the vacuum degree can reach -0.098MPa, which can quickly remove bubbles generated during mixing, ensuring the stable printing performance of solder paste and the transparency and compactness of gel products. Meanwhile, the equipment is equipped with an intelligent touch control system, featuring functions such as parameter memory, automatic alarm, and fault diagnosis. It can store 100 sets of mixing programs for different materials, and production can be started with one-click recall, greatly reducing operation difficulty.

In terms of safety and durability, the equipment has passed multiple industry safety certifications and is equipped with multiple safety devices such as overload protection, leakage protection, and high-temperature warning. The container adopts a quick-opening structure, paired with food-grade seals, enabling easy disassembly, assembly, and cleaning, and complying with GMP production standards. The machine body is made of thickened steel plates through welding, and is equipped with shock-absorbing foot pads at the bottom. The noise during operation is lower than 75dB, effectively reducing workshop noise pollution.

This high-speed planetary mixer is widely applicable to scenarios such as the production of solder paste and SMT adhesive in the electronics industry, the mixing of electrode slurries in the new energy field, and the preparation of gels and sealants in the precision chemical industry. Whether for the batch production of high-viscosity solder paste or the R&D and trial production of functional gels, the equipment can help enterprises improve production efficiency and product quality, and reduce production costs with its efficient mixing capacity, precise parameter control, and stable operating performance.

From R&D to production, we have always focused on user needs. The equipment comes with comprehensive pre-sales technical consultation, in-sales installation and commissioning, and after-sales maintenance services. We can customize the mixing paddle structure, container specifications, and control system according to users' special material characteristics and production processes, truly achieving precise matching between the equipment and production needs, and helping enterprises build core competitiveness in the field of viscous material processing.