Descripción del producto

Technical Parameter:

Main Components: Main Engine, Feeder, Electric control cabinet
Specifications: Diameter 8mm-22mm pellets
                             Diameter 30-70mm briquettes
Capacity: 0.8-1.2 t/h
Density: 1000-1300kg/m3
Main engine power: 45KW
Weight: 7000kg
Dimensions: Main engine: 3.4mX2mX1.8m
Electric control cabinet: 1.2mX0.6mX1.2m.
Operator: Two
Area: About 80 square meters

The Key Equipment: Mechanical Stamping Briquette Machine

Changing different pressure die can produce different size of fuel  rods(φ70mm/φ30mm) and pellets fuel （φ8mm/φ10mm/φ22mm). And it is convenient to change and 30minutes will achieve the replacement of mold.
 

The pellet making machine after changing pellet mold	The biomass briquette press after changing rods mold

φ8mm pellets	φ10mm	φ22mm

φ30mm briquettes	φ70mm briquettes

• The finished fuel is solid rod (as shown below), small cubage, moderate density (0.8-1.2). It is convenient for storage and transportation, and also beneficial for the anaerobic gasification reaction inside the fuel rod. It improves the calorific value of raw material up to 3500-5000 kcal.
• The special material and heat treatment process used in key components extend their service life.
• The spindle adopts No#45 steel forging under thermal refining and machining operation to mould. And then plate the surface with Cr. Thus the device has good strength, toughness and wear ability.
• This device adopts secondary compression technology which includes screw feeder pre-pressing and piston stamping.
• Adopting Germany imported bearings with separate lubrication system ensures lubrication and cooling between the moving parts, which makes equipment operate normally.
• Taking into account different characteristics of the material, speed regulating motor or variable frequency motor is equipped to regulate feeding rate, which enables different material to be fed uniformly. Specific type of motor can be adjusted according to customer’s demand. 
• The device has advantages of low power consumption (produce one ton of biomass rods consume 40 kwh), high production efficiency, long service life, and low maintenance rate.
• Rack section (shown as below) uses high strength steel plates welded together by advanced technology. Reasonable rib plate structure ensures equipment run smoothly with frequent impact loading.