| Availability: | |
|---|---|
| Quantity: | |
The Fixed Type Grain Drying Tower stands as a cornerstone in large-scale grain processing facilities, designed to deliver consistent and efficient drying performance for bulk grain storage. With a processing capacity ranging from 100 to 500 tons per day, this stationary drying solution is engineered to handle various grains including paddy, wheat, corn, and soybeans, making it an essential investment for commercial grain operations and storage facilities. Its robust structure allows for continuous operation even in harsh weather conditions, ensuring year-round productivity for grain processors.
Equipped with advanced temperature control systems, the drying tower achieves a moisture reduction range of 4% to 16%, effectively bringing grain moisture levels down to safe storage standards. The integration of multi-stage drying technology ensures that grains are dried uniformly while minimizing thermal damage, preserving grain quality and nutritional value throughout the process.

The drying tower incorporates a three-stage temperature regulation mechanism that optimizes energy consumption. The top drying stage uses high-temperature air for initial moisture removal, followed by a medium-heat stage for continuous drying, and a final low-heat stage to prevent overheating. This intelligent design results in a specific heat consumption of 5800 kJ/kgH2O, significantly reducing operational costs compared to conventional drying methods.
Built with heavy-gauge steel, the tower's exterior features corrosion-resistant coating that extends its service life to 15 years or more under normal operating conditions. The internal drying chambers are designed with smooth surfaces to minimize grain residue buildup, reducing maintenance requirements and ensuring hygienic operation.
An integrated PLC control panel allows operators to monitor and adjust drying parameters in real-time. The system automatically regulates air flow, temperature, and grain residence time, maintaining a drying uniformity of less than 2% across the entire batch. Remote monitoring capabilities enable operators to oversee the drying process from a central control room, enhancing operational efficiency.
Ideal for provincial grain depots and commercial storage centers, the fixed type tower efficiently processes large grain volumes, ensuring timely drying during harvest seasons. Its high capacity prevents moisture-related spoilage in bulk storage, maintaining grain quality for extended periods.
Agricultural collectives benefit from the tower's ability to process multiple grain types, supporting diversified farming operations. The consistent drying results help meet market quality standards, increasing the market value of harvested grains.
Integrated into rice and flour milling facilities, the drying tower provides pre-processing moisture control, optimizing subsequent milling operations and reducing grain breakage during processing.
The tower requires a minimum foundation area of 5.5m × 4.5m for the 300-ton model, with additional space needed for auxiliary equipment such as heat sources and grain conveying systems. The total height ranges from 14 to 19 meters depending on the capacity, requiring appropriate clearance from overhead obstacles.
Yes, the system is compatible with multiple heat sources including coal, natural gas, and diesel. Coal-fired systems offer lower operational costs in coal-rich regions, while gas-fired options provide cleaner operation with 30% lower emissions compared to coal.
Routine maintenance, including filter cleaning and belt inspections, should be performed weekly. Major component inspections are recommended every 6 months, with annual servicing of the heating system and control panel to ensure optimal performance.
This high efficientrotary vibrating cleaning machine has gathered differentfunctions in one, can efficiently remove different sizes'impurities.
Use screw rollerfeeding device, The full width of the screen surface is uniform, with step-less output capacity adjustment, digital display, simple and intuitive.
Airtight de-dust device, with less dust.
Use cardan flexible suspension system,which makes the machine work smoothly.
The cardan is durable, machine performs verystable.
Onelayer with brush cleaning structure, can automatically clean outimpurities.
Output capacity of single machineis big.
The ROTARY CLEANING MACHINE is a high-performance cleaning equipment under the Rice Mill Machine category, designed by Golden-Cereal™ to efficiently remove impurities from grains during processing. As a core component in grain processing lines, it plays a critical role in enhancing grain purity, ensuring downstream processing (such as husking, whitening, or grading) operates smoothly.
Unique selection chamber to separate stones from grain,especially errective for brown rice.
Unique sieve structure to save blowing rate.
Negative-pressure air suctionto prevent dust from escaping the machine.
Equipped with three main models—TQSX85B, TQSX100B, and TQSX125A—the machine caters to diverse production scales, with capacity ranging from 3.5-4.5 t/h to 7-8.5 t/h. Its advanced design ensures exceptional performance in removing impurities, especially for sensitive grains like brown rice, where preserving grain integrity is critical. Whether integrated into small rice mills or large-scale grain processing plants, this destoner enhances product quality by reducing impurity levels to below 0.1%, meeting international food safety standards.
Ideal for modern agricultural processing facilities, it integrates pneumatic technology with robust engineering to deliver consistent performance across varying operational scales. Whether deployed in small rural mills or large industrial complexes, this husker ensures high husking rate (up to 98%) and low grain damage (below 2%), making it a cornerstone for businesses prioritizing quality and productivity. Its adaptability to diverse paddy varieties and climates further solidifies its position as a versatile solution in global grain processing markets.
Learn how to specify the right grain conveyor belt to prevent dust explosions, oil damage, and downtime. Engineering-first guide for safety and ROI.
Learn how grain conveyors work and compare belt, drag, pneumatic & tubular systems to minimize kernel damage, boost throughput, and ensure safety.
Evaluate grain processing equipment with our guide. Cut breakage, maximize yield, and avoid costly downtime with proven procurement criteria.
Maximize rice milling yield and reduce broken grains. Expert guide to evaluating rice mill equipment for premium quality and ROI.
Maximize yield and cut energy waste. Compare dry, wet, and hydrothermal grain processing methods to choose the best equipment for your facility.
Learn how paddy huskers and separators work together to boost rice milling efficiency, reduce breakage, and maximize whole-kernel yield.
Pre-cleaning protects rice mills from costly damage. Discover how destoners and cleaners ensure pure grain, maximize yield, and meet safety standards.
Facing margin compression and labor shortages? A modern automatic rice mill plant reduces breakage, stabilizes energy costs, and scales your output.
Select the right rice mill dust collector to prevent abrasive wear, explosions, and health hazards while maximizing uptime.
Guide to selecting the best commercial Rice Mill Machine and optimizing the 5-step milling process for maximum yield and efficiency.
Optimize commercial paddy processing. Learn how to select grain dryers and rice mill machines to maximize Head Rice Yield and boost ROI.
Build a profitable commercial rice milling plant. Learn about essential machinery, steel structures, CapEx modeling, and vendor selection.
Calculate rice mill setup costs and optimize ROI with this guide on CAPEX/OPEX, machinery selection, and steel structure facility design.
Compare steel structures vs. concrete for agricultural plants. Discover key insights on construction speed, clear-span space, hygiene, and ROI.
The journey from harvested paddy to polished white rice is far more than a simple transformation; it's a high-stakes commercial operation centered on yield optimization and market grade. For modern millers, success isn't just about processing grain—it's about maximizing the recovery of whole, unbrok
The modern rice milling industry has transformed dramatically, moving away from labor-intensive manual processes to highly automated, efficient systems. While hullers, polishers, and sorters often take the spotlight, the true drivers of profitability are the "silent" heroes of the mill: material han
In the competitive global market, a fine line separates simply "milled" rice from "premium" rice. This precision gap is not just about basic processing; it's about achieving a final product with superior aesthetics, texture, and shelf life. The final gatekeepers in this transformation are the whiten
In the fiercely competitive global market, the definition of quality rice has evolved dramatically. It's no longer sufficient for rice to be merely clean; consumers and international buyers demand absolute uniformity, pristine appearance, and guaranteed safety. This shift places immense pressure on
The journey from raw paddy to premium, market-ready rice is a marvel of mechanical precision. The critical link in this value chain is the milling equipment you choose. Your selection directly dictates profit margins, product quality, and operational efficiency. Many new plant owners fall into the t