As an innovative leader in the field of granulation technology, our company has been deeply engaged in material molding technology for many years. It is committed to providing customers with efficient, flexible, customized granulation solutions. In response to the needs of different industries and material characteristics, we mainly promote three core granulation machine models - dry roller briquetting machine, wet mixing granulator, and steel belt cooling granulator, covering a variety of processing scenarios from powder to molten materials, helping enterprises to achieve cost reduction, efficiency improvement, and product upgrades. The dry roller briquetting machine, with "zero addition and zero pollution" as the core concept, directly shapes the powder through high-pressure physical extrusion, perfectly adapting to the strict requirements of material purity and thermal sensitivity in the fields of chemical and pharmaceutical industries; the wet mixing granulator, relying on adhesive wetting and high-speed shearing technology, creates high-uniformity and high-strength particles, which is the first choice for refined production in the food, medicine and other industries; the steel belt cooling granulator, designed for molten materials, realizes continuous granulation through steel belt cooling and precision cutting, and is widely used in the resource recycling of plastics, rubber and high-temperature materials. Whether it is a drying process to avoid moisture, mixed granulation to enhance particle strength, or rapid molding via high-temperature melting, we can provide the best solution for you with mature technical reserves and modular design.
Dual-Mode Feeding Compatibility
Gravity Feeding: simple structure and low maintenance cost, which is suitable for producing materials in regular flake or particle form.
Force Feeding: built-in screw pre-press system to solve the problems of poor fine-powder flow and uneven feeding to promote the granulation production efficiency by 20%~30%.
Pure Physical Dry Process:
No heating is applied to avoid thermal decomposition of the raw materials, and no additives are used to ensure product purity (e.g., pharmaceutical excipients with at least 99.9% purity).
High-Efficiency and Energy-Saving Design:
The overall energy consumption is reduced by 30%~50% through compression molding, which skips the drying process in the wet process.
The production can be ensured for 24 hours consecutively with a capacity/granulator from a hundred kilograms to several tons.
High-Density Granular:
The bulk density of the granular material is improved by 20%~40% compared to the raw material, and compressive strength reaches 5~50 N/mm².
Anti-Corrosion and Durable Structure:
The parts in contact with the raw material are made of 630 stainless steel or hardening-treated (HRC 55~60) 316L stainless steel, which are anti-acid/alkali corrosion, and the lifespan of the roller is no less than 10,000 hours of operation.
Enclosed Operation:
The entire granulator is covered by a stainless-steel sealing hood to prevent dust and volatile substances from spilling over, keeping the workshop clean and protecting the environment.
Intelligent Safety Control:
Real-time pressure monitoring on rollers by a hydraulic system with an overload protection mechanism so that the granulators will stop automatically in case of blockage and abnormal pressure.




Steel Plate Pastillator
A thin steel belt with forced-spray cooling increases the solidification rate by 30~50% and eliminates thermal stress. Fully enclosed process produces dust emissions < 5 mg/m³, recycles cooling water, and cuts energy use by 20~40%, suitable for hemispherical, strip, or flake granules with controllable diameters.

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