In the preparation of adhesives, electronic pastes, new energy materials and precision composite materials, the uniformity of material mixing, bubble control and temperature stability directly affect the quality of subsequent processing. Traditional stirring methods tend to introduce air bubbles or cause uneven distribution of fillers. Especially in high-viscosity systems, it is difficult to control local agglomeration, voids and consistency issues.

SIENOX planetary vacuum mixing and defoaming equipment is designed with planetary revolution and rotation movement, vacuum environment control and temperature control modules. It enables collaborative processing of dispersion, mixing and defoaming during material mixing. The equipment forms a complex flow field through planetary motion to promote uniform dispersion of powder and liquid phases; the vacuum environment helps reduce internal bubbles in materials; the temperature control module can assist in controlling process temperature and reduce the impact of viscosity changes on mixing effects.

This equipment is suitable for various materials such as epoxy adhesive, silicone, silver paste, ceramic slurry, composite materials and battery materials. Operating parameters can be adjusted according to material viscosity, capacity and process requirements. For temperature-sensitive, easily oxidizable materials or materials with high bubble requirements, process verification can be carried out by combining vacuum degree, rotating speed, time and temperature parameters.

SIENOX provides customized equipment configuration and process testing services. We match the equipment structure, container specifications, vacuum system and temperature control scheme according to customers' material characteristics, processing capacity and on-site environment. Equipment operation data can be recorded on demand to help customers establish process parameter files and support traceability of the production process.

In the future, SIENOX will continue to optimize equipment structure and process schemes around the preparation of precision materials, helping customers improve the consistency of material mixing and making the precision manufacturing process more stable and controllable.