Products

Hammer mill is generally used for crush✘​π€ing straw materials, and its structure consist€•s of three parts: feeding≥φ mechanism, crushing chamber (rotor, hammer, s™"ieve, tooth plate), and discharge part ± (fan, collecting cylinder, dust bag). W★☆←hen working, the material ent¶₽ers the crushing chamber from the&×>↕ feeding mechanism, and flies to the¥≈↔  toothed plate under the blow of the hi'‌gh-speed rotating hammer. Aft£≠er colliding with the toothed™✘ ‌ plate, it bounces back and i✘γ∑s hit by the hammer εγagain. , the material is₹φ→ subjected to strong friction. Under ​↔the action of repeated blows, collis<¥ions and frictions, the raw materials are gr‍"φadually pulverized. After the fan pulls ↑δthe pulverized materialδ₹ out of the sieve hole, i←☆↔<t still needs to pass through the powder colle☆λ☆cting device (such as collecting★'∞× cylinder, dust collecting clo​♣≤‍th bag, etc.) The air in the mixe•≈↓d air stream is separat₩§©ed from the pulverization.‍↔δ

Straw pulverizers are roughly divided into thr™✔ee types: double-rotor pulverizers (radial feed¥↑©ε), grass pulverizers$λ (side feed), and wide-width±↔↓ pulverizers (side feed)≠≤ .

The wet pulverizer consists of a feλ€≤eding mechanism, a feeding mechanis✘α÷δm, a cutting mechanism,←× and a shredder. The pr'β↑<imary crushing chamber✔←π uses a cutter for cutting, and the secon≤€₩dary crushing chamber selects a multi-kn≠₩×∑ife rotor F-type blade. When    the material reaches the size of the ≤₹sieve hole , Under the action  >of the negative pressure of the fan,λ←¥ the material is transported and ★γβσcollected by air. The fi₹'"ne can be adjusted to 60 m &≥esh, and the coarse can be adjusted t≠₩φo 30 mm. The throughput is hammer £ mill

3-5 times.

Using a number of patented technε♥★ologies, the design is matur♣↔e and the structure is compact. Pipelineφ±" installation, can be continuously produced  ×online, the quality of mφ ≤♥aterials after processing is uniform, and ther ≤e is no batch difference. Large processing capac≥≤​ity, energy saving and t★←©¶ime saving, cost-effective. Fully enclosed desi​¥Ωgn, no leakage of ma"€& terials, no pollution'βπ , and can meet the requirements of cleanliness a©∏©↑nd environmental pro™>tection. Stable and reliable quality,$☆ smooth operation, no noise, almost no‌  maintenance.

Hammer mill is generally used for crushing stra&✘→w materials, and its structure γΩ₩↔consists of three parts: f≈♦eeding mechanism, crushing chamber (rotor, hamme∑£✘<r, sieve, tooth plate), and dischaβ₹$↕rge part (fan, collecting cylinder, d∏∏ust bag). When working, the maε©terial enters the crush​∏ing chamber from the feedin₹₩g mechanism, and flies toα• the toothed plate under the blow of the '™↕high-speed rotating hammer. After collidiγ±↔‍ng with the toothed plate, it bounα‌ces back and is hit by the hammer againπ$. , the material is subjected to strong friction₩✔✘. Under the action of repeated blow™φ↑'s, collisions and frictions, the raw ↔™♥ materials are gradua★↑₩lly pulverized. Afte×πδr the fan pulls the pulverizεγ™ed material out of the sieve hoεβ€≤le, it still needs to pasα←"s through the powder co©←σllecting device (such as ®↓λ✘collecting cylinder, dust collecting clo±γ₽th bag, etc.) The air α∏"✘in the mixed air stream is separated from the pu♠★lverization.

Straw pulverizers are roughly divided iσφ nto three types: doub☆$£le-rotor pulverizers (radi'π↔©al feed), grass pulverizers (s" ‌ide feed), and wide-width pulverizers®✔ (side feed).

The wet pulverizer c ₽✘↓onsists of a feeding mechanism, a feeding mecha©×σ♣nism, a cutting mechanism, and a shredde•≤±r. The primary crushiσ→ε₩ng chamber uses a cutter for cutting, and thα✔↔e secondary crushing ch∞βamber selects a multi-knife rotor F-type blade. W&£hen the material reaches the size of the ÷∞&‌sieve hole , Under the action of the nega​₹tive pressure of the fan, the material is t"λ¶ransported and collec"₹ted by air. The fine can be₽σ  adjusted to 60 mesh, and the coarse can be↕> adjusted to 30 mm. The throughput is hammer m♥≈ill

3-5 times.

Using a number of patented technologies, the∏€π design is mature and the stru•∞cture is compact. Pipeline×←€✘ installation, can be continuously ★σεproduced online, the quality of materials a'‍fter processing is uniform, and there is no←↕€¶ batch difference. Large processπ ing capacity, energy saving and time saving, cost÷✘​-effective. Fully enc₩✔losed design, no leakage of materials,$↑ no pollution, and can meet th₹←e requirements of cleφ<≤÷anliness and environmental pr>β£otection. Stable and reliable quality, smoothπ←↑ operation, no noise, almost n​>←o maintenance.

Hammer mill is generally used for cr>♥¶→ushing straw materials, and its structure c$€onsists of three parts: feeding mechanα¶✘•ism, crushing chamber (rotor, hammer, sieve‍ ε , tooth plate), and discharge part (fan, col♦ →σlecting cylinder, dust bag). Wheπ±<n working, the material enters the cσ₽λrushing chamber from the feeding mechanism, α↑φ&and flies to the toothed plate ₹"‍under the blow of the ∞♦δhigh-speed rotating hammer. After colliding™ ♥ with the toothed plate, it bounces back and is ♥δ♥≤hit by the hammer again. §←'ε, the material is subjected to strong friction. U÷≈nder the action of repeσ±≤ated blows, collisions and frictions, the ra∞€πw materials are gradually p​ε ulverized. After the fan pulls the pulveσΩrized material out of the sieve hole, it sti✘✔≠ ll needs to pass through the powder colle× cting device (such as collect₹≥​ing cylinder, dust collecting cloth bag$εק, etc.) The air in the mixed air ₽¶​stream is separated from the pulverization£₩₹.

Straw pulverizers are rou↑εghly divided into three typ€ λes: double-rotor pulverizers (radial ¥<feed), grass pulverizers (si★&® de feed), and wide-width pulver£β₹izers (side feed).

The wet pulverizer consists of a f ÷ ✔eeding mechanism, a fγ£'✘eeding mechanism, a cutting mechan≈♦∞ism, and a shredder. The primary crushi€'₹ng chamber uses a cutter for cutting, and the φ≈​secondary crushing chambe§πr selects a multi-knife rotor F-type b÷εlade. When the material reaches the size ofε∏ the sieve hole , Under the action of the≥‌ negative pressure of the fan, the material is &≤↕βtransported and collected by aiα¶" r. The fine can be adjφ→α←usted to 60 mesh, and the coarse can be adjust∏∞÷↑ed to 30 mm. The thrβ✘λoughput is hammer mill‍∞©♣

3-5 times.

Using a number of patented technologies, the∑×→‍ design is mature and t  ↕he structure is compact. Pipeline installation, ¶✔can be continuously proβαduced online, the quality of ma₹≈>terials after processing is uniform, and there is©↑$ no batch difference. Large processing capa♦✘​λcity, energy saving and time saving, cost₽ -effective. Fully enclosed de<±πsign, no leakage of materials, no pollution, and↓→ γ can meet the requirem₹∑ ×ents of cleanliness and environmen÷®•tal protection. Stable and reliabl₽∞e quality, smooth operation, no noise, al♦£most no maintenance.