Straw Pellet MillPerformance Parameters

Detail Image of Straw Pellet Mill

Advantages of Straw Pellet Machine

Vertical Material Supply

Vertical feeding, directly in place, mold stationary, material centrifugal, evenly distributed around.

Circular Mold

Double-layer annular mold, vertical structure utilizing granule chamber for heat dissipation and temperature reduction – one machine for multiple uses, more choices, more harvests.

Section 3: Independent Material Discharge Unit

Ensure high granule formation rate, with reasonable design for low consumption and high efficiency, capable of continuous 24/7 operation, fully automatic lubrication.

IV. Environmental Protection and Energy Efficiency

The main load-bearing components are made of high-alloy wear-resistant material, with twice the lifespan of similar products.

Principle of Straw Pellet Mill Operation

Energy-saving and Efficient Granulating Machine Service Promise

Respond to customers' inquiries within 2 hours.

(2) Offer pre-sales selection solutions and technical support for drawings.

(3) Cultivate an industry service brand and offer a 24/7 service hotline.

(4) On-site service is available. Our sales and service personnel can arrive at the site within 24 hours if within 500 km, and within 48 hours domestically.

(5) Provide training for customers' maintenance and operation staff, and offer timely and convenient spare parts to users.

(6) After shipment, our dedicated after-sales customer service team follows up with you monthly, at the third month, and at the sixth month to track usage.

Straw Pellet Mill Application Introduction

How to handle the waste from a furniture factory and wood processing?

What should we do if the construction formwork used in engineering projects is no longer usable?

What should be done with the trunk, branches, and bark trimmed from orchards?

Environmental experts say that biomass waste is a treasure misplaced, which can create greater value when utilized properly. Jinan Taichang Machinery recommends the 2020 new model straw pelletizer. The straw pelletizer, also known as a biomass granulator or biomass pelletizer, is a vertical structure machine that uses centrifugal high-efficiency ring die granulation technology to compress crushed wood, wood panels, bark, sawdust, and furniture factory offcuts into rod-shaped pellets with a diameter of 8-12mm through mechanical physical extrusion. The pellets produced have the advantages of good shape and high density, low sulfur and nitrogen oxide emissions, and are considered environmentally friendly products. They are excellent as fuel alternatives to coal, and have received strong support from the state.

The 560 Non-Grease Biomass Pellets have obtained a national patent certificate for their unique product design.

The entire unit features a modular design. The straw pellet mill breaks the industry's traditional use of standard electric motors and industrial gearboxes. It employs self-developed and produced motors and gearboxes specifically for straw pellet mills to provide power and transmission. The design becomes increasingly compact, with reduced complex processes and small components. Standardized modular production and assembly are achieved, significantly improving quality, performance, and safety factors for operation stability by 3 to 4 times.

The pressure roller and main shaft assemblies of the lubrication mechanism are precision assembled dust-free, utilizing high-wear resistance and multi-sealing. They operate with a spray-lubrication system that recirculates thin oil, eliminating the need for grease or lubricant topping, and directly reduces oil consumption costs. The entire unit's lubrication level is designed based on a lower allowable oil temperature, with a forced-air cooling system during loading cycles. The oil temperature remains low and stable, eliminating the characteristic of spray lubrication that causes oil to deteriorate quickly, thereby extending the oil change cycle by 1.5 times.

The motor utilizes a dedicated straw granule machine motor, enhancing power output efficiency by over 10%. Each central height can achieve a power density up to 3-5 times greater. It boasts a wide voltage and frequency tolerance range, making it more suitable for operation under harsh environmental conditions. It is energy-saving, safe, and stable.

The Tai Chang Granulator is primarily driven by a self-developed and produced granulator-specific reducer, overcoming the limitations of general industrial reducers in granulator operation. It employs finite element design, parallel hard toothed gear transmission, and stepped equal strength. Even under high temperatures, oil shortages, or loadings that spike to 3-4 times the normal level, it can still operate normally.