MONOVATE

Chemical, food, pharmaceutical, battery materials, resin, and electronic materials manufacturers facing powder discharge problems such as bridging, rat-holing, clogging, and unstable feeding. Suitable for plants aiming to reduce manual intervention, material loss, and improve powder handling environments.

Powder discharge from hoppers, feeding to powder conveyors, supply to filling or weighing equipment, and discharge assistance for fine powders, low-bulk-density powders, and poorly flowing materials. Suitable for reducing manual tapping, poking, or shaking operations.

The aeration hopper supplies air into the hopper to improve powder flowability and support stable discharge. It helps reduce bridging and rat-holing, enabling smoother feeding to the next process. By reducing reliance on manual tapping or mechanical intervention, it contributes to stable powder discharge, labor reduction, and lower material loss. It can be proposed in combination with powder conveying systems and storage hoppers.

Chemical, food, pharmaceutical, cosmetics, and electronic materials manufacturers that need liquid mixing with reduced foaming, less air entrainment, and gentle agitation. Suitable for processes where conventional propeller agitation causes bubbles, surface disturbance, or uneven mixing.

Mixing of cleaning liquids, chemical solutions, cosmetic ingredients, food materials, slurries, and dispersions. Suitable for formulation processes requiring low foaming, reduced air entrainment, and compact agitation improvement using existing tanks.

The BEAG agitator uses a Bernoulli-flow mixing element to help reduce air entrainment and foaming compared with conventional propeller agitation. It provides gentle, low-shear mixing while suppressing surface disturbance. It helps reduce defoaming time, quality variation, and process waiting time. MONOVATE can propose suitable combinations with tanks and mixing conditions.

Chemical, food, pharmaceutical, cosmetics, resin, and electronic materials manufacturers that need heating, melting, temperature holding, and mixing of liquid materials. Suitable for processes requiring electric heating without steam utilities and integrated heating with agitation.

Heating, melting, temperature holding, and mixing of waxes, binders, chemical solutions, seasonings, cosmetic ingredients, resins, and additives. Suitable for reducing viscosity, dissolving solid materials, and improving temperature uniformity in formulation processes.

A stainless steel heating tank unit with a heater installed in the jacket section. The water-bath heating structure helps reduce direct contact between the heater and the liquid, making it suitable for materials where scorching is a concern. Combined with an agitator, it enables uniform heating and mixing. Safety features such as dry-heating prevention and a jacket water level gauge are available.

Chemical, food, pharmaceutical, battery materials, resin, and electronic materials manufacturers facing issues with manual powder charging, dust emission, heavy lifting, contamination risk, and operator workload. Suitable for plants aiming to achieve enclosed, labor-saving, and cleaner powder transfer processes.

Vacuum transfer of powders from bags, drums, or containers to hoppers, mixers, sieves, filling machines, and weighing systems. Suitable for reducing dust during charging, eliminating high-level manual loading, and reducing operator lifting work.

A vacuum-based powder transfer system for enclosed powder conveying. It enables powders to be transferred to remote equipment or elevated inlets while helping reduce dust emission. It reduces manual charging and carrying work, contributing to improved working environments, labor saving, and lower contamination risk. Combined with MONOVATE hoppers, stainless steel vessels, and powder feeding equipment, it supports overall powder handling process improvement.