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Granulator is also calledα∏ granulator, granulator, <βetc. There are two types of flat-mod≈αe pellet machines and ring-type p♥¥∏ellet machines. The ring-molded pellet machiγ≥$☆nes are divided into gear-dri<π ven pellet machines (CPM) and belt-driven pelletφ∞ machines (UMT) from the tr₩ ansmission structure.

1. The main components of the flat die granulat♥§♠∑or are a flat round steel die and a set (2-4) $©$‌of freely rotating pressi∑φδπng rollers with grooves. The raw material fall₩<¶s into the gap between the pressinδ∑₽♠g rollers from top to bottom, is  εpressed into the die hole by the rotating p♣π∏←ressing roller, extrudes a long cylindrica∞ l object from the bottom of the die hole, and is✘λ​ cut into pellets by a cutte≈≠≤Ωr. There are three trans↕≈$•mission modes: drive roller, drive flat die and dπΩ♠ouble drive. The flat₩"← die granulator is c ™haracterized by simple strucλ ♦♠ture, easy manufacture and low cost, and is suita™ ble for pressing fibrous raw materials. However,γ★→π the linear speed (circumfer​±ential speed) of the inner and outer diameγ₹&ters of the flat die is not equa₹ ↕l during pelletizing, and it is concerne‍₹∑d that the raw materials on t÷≈he die are subjected to centrif↕€ugal forces of different sizes, so th​€→εat the load on the working sβ★urface is uneven. Therefore, the diameter o↕®₩f the flat die should not ∑∏®be too large, otherwise it will a←₹¥ffect the uniformity of the fαπinished product.

2. Ring die granulator and its working princip"​le The ring die is a porγ©δous cylindrical cylinder, which is rot£♣±≤ated by transmission. There are 2-4 free-rotating ↕​♠ or driven auto-rotating rollers with groove∏✘>s in the cylinder. The raw ma♥‍÷∑terial enters the mold, that is, th<≥€±e rotating pressure roller is pressed into the w÷÷σ♥orkshop, embedded in the ∏•mold hole, extruded from the outer wall of theש& ring, and cut into cylindrical part"→≠£icles by the cutter

The main feature of the ™÷¶£ring die granulator is that the linear speed₽♥s of the ring die and the pressing rolle​δλr are equal everywhere. No extra f↑₩σ÷riction,

All the pressure is φ£∞used for granulation, so the efficiency is high. ♣☆The ring die granulator is further divided inφεto the difference between the ring die£πσ granulator and the verticaδ✘↔l ring die In the mo​ε₹'ld, the vertical ring mold is placed flat, with t∞↑he mouth facing upwar≠↑ππd, and directly enters the pelletizing mold f÷"σ₹rom top to bottom. 2. Pressing me•§↑σthod: The ring die is rotated by the ☆₹®die, the pressing wheel does not move, and rotat≤‌ αes at high speed. The vertical ring die is thaδ≤ γt the pressure wheel rotates, and the die γ&&₩does not move.

Granulator is also called↑₩ granulator, granulator, etc. There are two  ✘★♠types of flat-mode pellet machines and riαε$σng-type pellet machines. The ring-molded ←₹pellet machines are divided into gear-driven p✘∑•‍ellet machines (CPM) and belt-driven pellet m ‌achines (UMT) from the transmis∑≈sion structure.

1. The main components of the flat d♥ Ωie granulator are a flat round steel die and a ←₩≤≤set (2-4) of freely rotating pressing >πrollers with grooves.ε® The raw material falls into ₩" the gap between the pressing rollers★↓←∞ from top to bottom, is pressed into  ₹the die hole by the rotating pressing rollγΩδer, extrudes a long cylindrical o ≠bject from the bottom↓σ  of the die hole, and is cut int ¥o pellets by a cutter. There are ♦¶three transmission modes: drive ↕♦<§roller, drive flat d☆ ±↑ie and double drive. The flat€‍< die granulator is characterized by simp ★le structure, easy manufacture and low cost, and ✘>↓is suitable for pressing f‌ πibrous raw materials. However, the linear speed (∑☆♥circumferential speed) o₽☆•↑f the inner and outer d •♠iameters of the flat die is not equal during pell♥€λ♥etizing, and it is concerned that the raw ma₽ terials on the die are subjected to centrifu£☆↑∞gal forces of different sizes, so that t± γhe load on the working surface is u®​ neven. Therefore, the diamete‍✔r of the flat die shouldΩα​× not be too large, otherwise &<∏$it will affect the uniformity of th£σ"♦e finished product.

2. Ring die granulator♦ε♠ and its working principle∑Ω' The ring die is a porous cylindricaλ♦∞l cylinder, which is r©↔otated by transmission. There are 2-4 f εree-rotating or driven auto-rota↓₽<ting rollers with grooves in the cyli± €÷nder. The raw material en§✘☆ters the mold, that is, the rotati✘≠φ÷ng pressure roller is pressed i€♣α nto the workshop, embedded in the mold hol€¥Ωe, extruded from the outer wall of the r£‍πing, and cut into cylindrical pa©↑£$rticles by the cutter

The main feature of the ring die granulator☆  is that the linear speedφ$s of the ring die and the pressing roller ♣<Ω©are equal everywhere.≥απ& No extra friction,

All the pressure is used for g∏≥↑↕ranulation, so the efficiency is₹ ®" high. The ring die granulator is σε♦further divided into the difference b≠>etween the ring die gr→€₽βanulator and the vertical ring∞♠ die In the mold, the vertical ring  ×mold is placed flat, with the mα≤≠outh facing upward, and directly £δφenters the pelletizing mold from top to bottom. 2∞ ®. Pressing method: The ring die is r∏≤otated by the die, the<♣ pressing wheel does not ♥>move, and rotates at high speed. The vertic ∞γ​al ring die is that th₽‍>e pressure wheel rotates, and the die doe→γs not move.

Granulator is also c‍σalled granulator, granulator, etc. There are two™λ types of flat-mode pellet machines and ring-tα✘♦ype pellet machines. The ring-molded×λ pellet machines are divided into gσ↔€Ωear-driven pellet machines (CPM) and belt-dr∏∏®iven pellet machines (UMT) from the↕→δ transmission structure≥ .

1. The main component‍☆​s of the flat die granulat★ £or are a flat round steel die and a set ¶∏♥>(2-4) of freely rotating pressing roll​× £ers with grooves. The raw material falls i‍ nto the gap between the pressing rollers ™✘from top to bottom, is presse ​×d into the die hole by the roγ"↑tating pressing roller, ₩ ₽↑extrudes a long cylindrical object ↑βfrom the bottom of the die hole, a​δ‌nd is cut into pellets by a cutter. Ther​↓>≤e are three transmission modes: drive‌>>↑ roller, drive flat die and double drive. The ↑≈flat die granulator is characterized by simple↑‌∑ structure, easy manufacture and low cost, and is←↑α suitable for pressing fibrous raw mat₽₩εerials. However, the linear spe♥δ∏ed (circumferential speed) o&®f the inner and outer diameters of th©¶£&e flat die is not equal during pelleti& →♠zing, and it is concerned that the rawγβ  materials on the die are subjected to €☆centrifugal forces of di★‍↔fferent sizes, so that t£" λhe load on the working surface is unevα↓✔en. Therefore, the diameter of ↑©the flat die should not be too large,  λφotherwise it will affect the uniformity of > the finished product.

2. Ring die granulator and its working↔  principle The ring die is a poro ✘αus cylindrical cylinder, which is rotated by ←♠♦σtransmission. There are 2-4 frδ'ee-rotating or driven auto-rotating rollers w₽₩ ‌ith grooves in the cylinder. The raw mat®±erial enters the mold, that is, the rotating pr↕€essure roller is pressed into the workshβ☆€op, embedded in the mold ho↔≠le, extruded from the outer wall of ₽<≈ the ring, and cut into cylindrical particles by t↑​¶he cutter

The main feature of the ring die gr↔±anulator is that the linear speeds of the ring ₩©÷εdie and the pressing roller are equal eve​​₹©rywhere. No extra friction,

All the pressure is used for granulation, s♣•£o the efficiency is high. The ring die granulaσ​ tor is further divided into the difference betw♠‌een the ring die granulator and the vertical §¶₽ring die In the mold,±≈α the vertical ring mold is placed flaε>t, with the mouth facing upward, φ✔© and directly enters the pelletizing mold fro &¶$m top to bottom. 2. P↑∞÷ressing method: The ring die is rotated by the d≠✔≠ie, the pressing wheel ♣<does not move, and rotates at high speed. The v♦​←ertical ring die is that the p∏₩ressure wheel rotates, and the die '​φ±does not move.