EFB Pellet Machine
1.High production efficiency：
the motor is directly linked to the gearbox of the reducer, which significantly enhances the kinetic energy conversion rate.
2.Conductivity:
low resistivity, less resistive loss, cuts electricity bills in the long run.
3.Heat Dissipation:
good thermal conductivity, quick heat release, extends motor lifespan.
4.Reliability:
high mechanical strength and toughness, windings unbreakable during frequent use, ensures stable operation and reduces failures.
5.Corrosion Resistance:
less prone to corrosion than other metals, works well in humid or slightly corrosive environments.
6.Precision machining:
the main machine housing, precisely cast from high - quality steel with uniform thickness and a compact structure, is meticulously machined by a CNC machining center imported from Switzerland, ensuring zero error in machining accuracy.
7.Durable:
new toggle system with externally - placed rotary components solves the problem of high - temperature steam corrosion. Made of wear - resistant stainless steel and vacuum - furnace - quenched, the mold has uniform hardness, resists breakage, and is extremely wear - resistant.
8.Strong and wearable:
three - stage gear reducer is adopted to boost the load - bearing capacity. The press wheel employs a super - wear - resistant alloy welding process, substituting the previous surface carburization treatment. This not only enhances the durability of the press wheel but also realizes the protection of the mould simultaneously.
EFB Pellet Machine
EFB is the abbreviation of "Empty Fruit Bunch", which refers to palm empty fruit bunches. It is a waste product from palm oil mills and abounds in the palm oil planting areas of Southeast Asia. It is a kind of biomass waste with a fiber length of 10-20 centimeters and a moisture content of approximately 67%.
EFB Waste Pellets Production by Jinfangcheng
In Malaysia, empty fruit bunches (EFB) are found in great abundance. This plentiful resource has lured numerous investors who are eager to convert EFB into biomass fuel pellets.
Processing EFB is considerably more complex than processing wood. Consequently, the investment required for an EFB waste pellets production line is higher than that for a standard wood pellet production line. Due to this, a significant number of customers choose to utilize the fiber within EFB for pellet manufacturing.
The EFB Waste Pellets Production Machine by Jinfangcheng is designed and produced by Shandong Jinfangcheng in China. Besides this specialized EFB pellet - making machine, Jinfangcheng offers a wide array of other complementary equipment. This includes packing machines, wood sawdust dryers, wood chippers, cooling systems, and more. This all - inclusive product portfolio ensures that you have access to all the essential equipment for a fully - fledged and highly efficient EFB waste pellets production operation.
The working process of the EFB Pellet Machine:
1.Chop the empty fruit bunches of palm.
2.Dry the empty fruit bunches of palm.
3.Send the empty fruit bunches of palm into the pellet machine.
4.Extrude the empty fruit bunches of palm in the pellet machine.
5.Shape the empty fruit bunches of palm in the pellet machine.
6.Press the treated fibers of empty fruit bunches of palm into a granular shape.
7.Cool the pellets of empty fruit bunches of palm.
8.Package the pellets of empty fruit bunches of palm
Supply Ability & Additional Information
Packaging： shipping by container
Productivity: 2.5-3.5 T/H
Transportation: Ocean,Land
Place of Origin: China
Supply Ability: 50 set per month
Port: Qingdao, Shanghai, etc.
Payment Type: L/C,T/T,D/P,Western Union
Incoterm: FOB,CFR,CIF,EXW
Packaging & Delivery
Selling Units: Set/Sets
Package Type: shipping by container
Parameter
Category | Model | Power(KW) | Pellet size(mm） | Output(t/h) | Overall Dimension(mm) | Machine Weight(T) |
Vertical ring mould | JL560 | 132/160 | 6-12 | 1.5-2 | 2200*1280*1640 | 5T-5.5T |
JL2-850 | 250 | 6-12 | 3.0-4.0 | 2800*1720*2130 | 10.7T | |
JL2-850 | 280/315 | 6-12 | 4.0-5.0 | 2800*1720*2130 | 13.5T |
EFB Waste Pellets Production From Jinfangcheng: Strengthened Transmission System
Deceleration Structure
The parallel - shaft three - hardened - teeth helical deceleration mechanism is adopted. The gear modulus is increased, and the gears are widened and strengthened. The transmission strength is 3 - 5 times that of a conventional reducer, ensuring reliable and durable operation under heavy - load conditions in EFB waste pellet production.
Power Input
An efficient energy - saving motor is used with a direct - plug connection, featuring high coaxiality. The high - speed shaft has a parallel - shaft structure, and the gear shafts are supported by two bearings for rotation. It has high rigidity, providing smooth and reliable transmission while being energy - efficient.
Power Output
The output of the device is integrated with the spindle, eliminating restricted connection forms. The strength is increased by 2 - 3 times, which is beneficial for smoothly and efficiently driving the pellet - making process and reducing the risk of malfunctions.
Main Shaft Strengthening
The length of the main shaft is shortened, significantly increasing its stiffness. This can effectively reduce the wear of the mold and rollers, extend the service life of key components, and lower maintenance costs.
Flexible Installation
The device outlet can be rotated at multiple angles. Whether in a small - scale production workshop or a large - scale industrial plant, it can be installed flexibly according to the site layout, providing convenience for users.
Company Profile
The company's product range features wood pellet machines, straw pellet machines, biomass pellet machines, sludge briquetting machines, as well as drying equipment, including airflow and drum series. In addition, they provide cutting and crushing machinery, along with various auxiliary equipment like cooling systems, screening machines, packaging equipment, and conveyors, forming a comprehensive biomass pellet production line. The technical team offers tailored configuration and design solutions based on customer requirements and facility space.
