Qingchi Mixing‑Granulator 20‑year Industry Expertise · Resolving Granulation Challenges
The extensive drawbacks of conventional granulation processes have become a stumbling block for many enterprises pursuing industrial upgrading. Uneven mixing triggers fluctuations in product performance; multi‑unit series operation drives up energy consumption and labor costs; excessive particle size standard deviation compromises finished‑product qualification rates. These pain points not only restrict production efficiency, but also put enterprises at a disadvantage in high‑end market competition.
As a well‑established brand specializing in mixing and granulation, Qingchi commits to technological research and breakthroughs. It breaks through industry bottlenecks through independent innovation and launches the Qingchi Mixing‑Granulator. Boasting the core strengths of “integrated mixing + intelligent granulation”, it redefines particle preparation technology. Every produced particle features both superior uniformity and high mechanical strength. It delivers robust technological impetus for industrial upgrading across diverse sectors and supports enterprises in achieving efficient, energy‑saving and high‑quality production.
PART.01
Why Qingchi Stands Out as the Preferred Mixing‑Granulation Equipment for High‑end Applications
PART.02
One‑step Forming to Eliminate Drawbacks of Conventional Processes
Traditional granulation involves cumbersome multi‑step procedures: pre‑mixing → transfer for granulation → secondary drying. Materials are prone to contamination during repeated transfers. Substantial energy loss occurs at equipment connection points, compounded by human operational errors. Consequently, particle consistency becomes hard to control, directly undermining finished‑product stability.
Targeting this core pain point, the Qingchi Mixing‑Granulator adopts an innovative integrated mixing‑and‑granulation design to eliminate process discontinuities. Featuring a well‑sealed inclined cylinder, the equipment completes the full flexible mixing and granulation workflow within a single unit. It fundamentally avoids material contamination caused by transfer and removes the complexity of cascaded multiple devices. One machine accomplishes the workload formerly requiring two separate units, greatly cutting energy consumption and labor costs. It enables more efficient, reliable and hassle‑free production.
PART.03
Intelligent Precision Control to Meet Diverse Production Requirements
High‑end manufacturing imposes increasingly stringent demands on the flexibility and precision of particle preparation. Equipment with fixed parameters can no longer satisfy diversified production needs. Equipped with an intelligent control system and drawing on leading patented mixing‑granulation technologies, the Qingchi Mixing‑Granulator generates an efficient turbulent flow field inside the cylinder via compound turbulent treatment, enabling sufficient collision and homogeneous mixing of materials.
The cylinder inclination angle and rotor speed are flexibly adjustable, together with variable cylinder rotation speed. Scientific coordination between rotor and cylinder supports flexible multi‑parameter combinations. Custom granulation solutions can be developed according to the practical production requirements of different industries and materials. Both automatic and manual operation modes are available. Formulas, mixing duration and other parameters can be modified directly on the operation panel. User‑friendly operation lowers skill thresholds with outstanding intelligence.
PART.04
Balanced Granulation Performance for Improved Particle Quality
Particle strength and uniformity are decisive for the core competitiveness of end‑products. The Qingchi Mixing‑Granulator employs an innovative “firm‑and‑gentle” shearing configuration to balance particle uniformity and strength. It effectively addresses common defects of conventional granulation: high pulverization rate, abundant hollow particles and uneven particle sizes.
The high‑speed shearing layer efficiently breaks up material agglomerates. Driven by powerful agitator rotation speed, it thoroughly disintegrates lumpy and agglomerated powders, placing all powder constituents on a uniform nano‑scale starting line for subsequent granulation. In the flexible agglomeration zone, additives can be introduced as needed. Leveraging turbulent suspension effects, powder particles merge gently through collision. This approach improves particle strength, prevents hollow particles, reduces pulverization rate, and yields particles with uniform texture and stable quality.
PART.05
Parallel Pursuit of Quality and Technology
Beyond outstanding core performance, the Qingchi Mixing‑Granulator excels in equipment durability and cost control. Wear‑resistant liners are fitted on the bottom and side walls of the mixing tank. Rotor blades and L‑shaped scrapers are protected by hard alloy or overlay welding. These measures extend service life and reduce later‑stage maintenance costs. Meanwhile, its overall energy consumption is far lower than traditional counterparts. Long‑term application helps enterprises cut substantial operating costs and realize dual improvements in cost reduction and efficiency gain.
Technology‑driven and market‑oriented, Qingchi integrates decades‑long industry insights into product R&D and breaks down technical barriers to develop mixing‑granulation equipment tailored for domestic industrial sectors. From chemical metallurgy to new energy and technical ceramics, the Qingchi Mixing‑Granulator tackles industry‑wide bottlenecks with solid performance. It helps enterprises move past traditional granulation limitations, achieve simultaneous leaps in production
