Products

Granulator is also called granulator, gran♣↕≠≈ulator, etc. There are two types of flat-φ€ mode pellet machines and ring-type pellet m♥Ωachines. The ring-molded pellet m'÷achines are divided in₩©₹‍to gear-driven pellet mac₽$ hines (CPM) and belt-driven pel♠¥ σlet machines (UMT) from the tra€>∑×nsmission structure.

1. The main component$≈'πs of the flat die granulat↑★ λor are a flat round steel die ∑₽$φand a set (2-4) of freely rot→♠ating pressing rollers with grooves↕ε>". The raw material falls int₽≤¥πo the gap between the♥↔∏ pressing rollers from top to bottom, ÷δis pressed into the die hole by the rotating∑Ω♣φ pressing roller, extrudes a long ​ cylindrical object from the b®¥÷σottom of the die hole, and i¶≠★≈s cut into pellets by a cutter. There ar≥π&e three transmission modes: drive α< roller, drive flat die ↕©and double drive. The f' φαlat die granulator is cha&φracterized by simple structure, easy manufacture≈φ and low cost, and is suitab♠♥Ω€le for pressing fibro€§us raw materials. However, the linear speed ₩♥(circumferential speed) of the innerσ☆ and outer diameters of the flat die isα₩↔ not equal during pelletizing, and it is concer ‌×ned that the raw materials on the✔π♠λ die are subjected to centrifugal forces of diff©•€£erent sizes, so that ∑☆the load on the working surface $ ↕↕is uneven. Therefore∞§, the diameter of the fl•&€↓at die should not be↕↓‍ too large, otherwis→<e it will affect the uniformity of the fi↑∏nished product.

2. Ring die granulator and itσδ≤πs working principle The ring die is a porous cδδylindrical cylinder, which is rotated b​π↓>y transmission. There are 2-4 free-rotatφ↕ing or driven auto-rotating r$☆↓ollers with grooves in the cylinα ♥×der. The raw material enters th σ±e mold, that is, the r≈≥δotating pressure roller is pressed into the work☆♥₽γshop, embedded in the mold ♥<¶πhole, extruded from the outer wall of the ring✔₹✘©, and cut into cylindri ✔cal particles by the cutter

The main feature of the ring ×&die granulator is that the linear speeds of the r♥ ing die and the pressing roller are e♠₹qual everywhere. No extra friction,

All the pressure is used for gr ↔≥γanulation, so the efficien‍∏≤‍cy is high. The ring die pellet machine is furth €er divided into the difference ∞''between the ring die pellet machine an♣γ​δd the vertical ring ∏≈♣∏die

Down, and then turn 90 degrees to enter the granuφ±≠÷lation mold through forced feeding. The<↕☆β vertical ring die iε☆s placed in the flat mold₩‌≤ε, with the mouth upward, an☆​d directly enters the granulation mold from top t•αo bottom. 2. Pressing α↕"method: The ring die is rot♣>©ated by the die, the pressing wh←&eel does not move, a ←nd rotates at high speed. ₹α∑‌The vertical ring die is that the pressure α∞wheel rotates, and the die does not≈× move.

Granulator is also called granulator♠♥, granulator, etc. T ✔here are two types of flat-mode pellet machβ ines and ring-type pellet machines. The∞★δ₩ ring-molded pellet maσ‍↔chines are divided into gear-driven↕∞ pellet machines (CPM) a∑¶β$nd belt-driven pellet machines (UMT) from the tra£±nsmission structure.

1. The main components of the flat die granul♦​¥ator are a flat round steel d$•​ie and a set (2-4) of≈•   freely rotating pressing rollers with g××rooves. The raw material falls into the ga≤®p between the pressing rollers from top to bottom♣♦, is pressed into the die hole by the rotating p¥•÷ressing roller, extrudes a long↑≈∑ cylindrical object from the bottom of the die h>★≈ole, and is cut into pellets " by a cutter. There are three transmission modes:'‌' drive roller, drive flat die and double drive.←≥☆✔ The flat die granulator is£÷ characterized by simple struc☆✔ ture, easy manufacture →β®and low cost, and is suitable₩Ω for pressing fibrous raw materials. However<λ, the linear speed (circ≥Ω£‍umferential speed) of the iπ♦βnner and outer diameters of the flat dσ♦ie is not equal during pelletizing, a♦¥ nd it is concerned that the raw materials on the $Ω£ die are subjected to centrifugal forces of←γα↔ different sizes, so that the load on the wor♠₹♠king surface is uneven. Therefore, ↓←the diameter of the flat die should not be↓★ too large, otherwise ≈©σ$it will affect the uniformity of the finishedσπ ↔ product.

2. Ring die granulator and its wor≥±king principle The ring die is a porous cylind‌>rical cylinder, which is rotated by transmi✔←↓>ssion. There are 2-4 free-rotating or driven← ↔↔ auto-rotating rollers with grooves in the cylin₩ der. The raw material enters the mold, th₽✔ε<at is, the rotating pressure roller is β &♦pressed into the workshΩ op, embedded in the mold hole,$♣→≠ extruded from the outer&  wall of the ring, and cut≥&γ into cylindrical particle‍α©↓s by the cutter

The main feature of the rin•™✘₩g die granulator is ∏±₩±that the linear speeds of the♣× ring die and the pressing roller are →§equal everywhere. No extra friction,

All the pressure is used for granulat® α≤ion, so the efficiency is high. The ring diφ≠e pellet machine is further divided into t♠←∞he difference between the ring die pellet m∏ε achine and the vertical r붩ing die

Down, and then turn 90 degrees to enter‌↓ the granulation mold through for≤∞↔ced feeding. The vertical ring die is placed in ☆ the flat mold, with the mouth upward, and dire∏γctly enters the granulation mold from top to botΩ£÷tom. 2. Pressing method: The rin§↓Ω✘g die is rotated by the die, the pressin<♠®&g wheel does not move, and rotates at high sp♠ &eed. The vertical ring die i₩♠s that the pressure wheel rotates, an∑₩✘♦d the die does not move.

Granulator is also called granulator, granulat∑$↔‍or, etc. There are two types of flat-mode $∑pellet machines and ring-type ✔©♥↔pellet machines. The ring-molded pellet machi§¥​™nes are divided into g↑≠ear-driven pellet machines"↕≈  (CPM) and belt-driven pellet machineεδ≈s (UMT) from the transmission strαπ×ucture.

1. The main components of the₽€× flat die granulator are a flat roun←"d steel die and a set (2-4) of freely rotating p​δ↓ressing rollers with grooves. The  'λ♥raw material falls into the gap betwee¶​n the pressing rollers from top t ¶o bottom, is pressed into the d×≥ie hole by the rotating pressing roller, extε× rudes a long cylindrical±φ©× object from the bottom of§< the die hole, and is cε ut into pellets by a cutter. There are≠♠ three transmission modes: §Ω§drive roller, drive flat die  λand double drive. The flat die granוulator is characterized by simple structure, e×>asy manufacture and low cost,§≥← and is suitable for pressing fibrous raw materi$‌als. However, the linea→&r speed (circumferential speed) of the inner€→≈ and outer diameters of the flat die is not equa‌→l during pelletizing, a✘↔β<nd it is concerned that the raw material ♦€ s on the die are subjected to€₽↓∞ centrifugal forces of different sizes, so thatφ ☆ the load on the working surface is u↕≈®∑neven. Therefore, the diameter ₹δof the flat die should not be too large,₹↑ otherwise it will affect the uniformity of the  →finished product.

2. Ring die granulator and its working princip‌πle The ring die is a porous cylindr& Ω₽ical cylinder, which is λ☆φ$rotated by transmission. There are 2-4 free-ro≤∏tating or driven auto-rotati☆♠÷↑ng rollers with grooves in the cyεβ€γlinder. The raw material enters the mold, that $λ‍is, the rotating pressure roller is pressed into ↔®the workshop, embedded in the ↓ &mold hole, extruded from the outer wall of the ≥€ring, and cut into cy↕<lindrical particles by th ¥e cutter

The main feature of the ring die granulator is>ק that the linear speedσ₹→s of the ring die and☆Ω the pressing roller are equal everywhere. No♠€​ extra friction,

All the pressure is used for gran¶₽×↔ulation, so the efficien✘ cy is high. The ring die pe☆→$llet machine is further divid★₹ed into the difference between the ri•≤↕≠ng die pellet machine and th$φe vertical ring die

Down, and then turn 90 deg♠↑✘§rees to enter the granulat&≠☆ion mold through forced feedin¶¥≠™g. The vertical ring die is ≥₩>placed in the flat mold, with the mouth upward, ✘​ ÷and directly enters the granulation mold from t≥φop to bottom. 2. Pressing ♦∞method: The ring die is rotated by theγ¶ die, the pressing whe✘★↑el does not move, and rotates at h¥¥igh speed. The vertiσεcal ring die is that the pres δsure wheel rotates, and the→♠δα die does not move.