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Scope of application of environmental€<Ωly friendly shot blasting room and sand→≥ blasting room; it is sui♦λα¶table for surface treatment of s↑λmall and medium-sized metal w≥λσγorkpieces, such as billet par‍↔ts, casting parts, welded parts, hea☆≠t treatment parts, steel struct §≈ures, containers, transformer shells,™Ω$ and shaped parts. Pneumatic recyc♦→ ling sand blasting room≠Ω system is suitable for sand blasting α¥rust removal and shot peening tr‍₹αeatment of large steel structures aγ™✘≤nd surfaces before paint♠≠ing in aviation, military, shipbui™£© lding industry, enginγΩeering machinery, pet×$rochemical machinery, wat​✔"←er conservancy machinery and bri÷♣dge components, large spee∑←→≠d structure factories, roll γδ'ing stock factories, mining equipmen←™∞ t factories, electric power eq←↓≈uipment factories, large ele★​¥ ctric motor factories, lar≤$¶&ge pump and valve facto×↕ ries, etc. The sand blasting ★βtreatment can completely clear ¶₹the surface of workpieces"₽↔♠ and remove the rust and sh₩§δαot peening. Shot blastin↕✔g treatment can completely remove welε↓ding slag, rust, oxidised skin, oil, ÷©≥etc. on the surface of th₽γe workpiece, improve the adhesion o↔δ✔©f the metal surface befor×Ωe painting, and achieve the$λ≈α purpose of long-lasting anticorrosion.₽≈ The use of shot bla¥₽≤≤sting can eliminate the surface stre♣✘₹ss of the workpiece and improve the s♣←‌'trength of the workpiece The system is ♣₩←a necessary equipment for lo₩Ω∞ng-lasting anti-corrosion and st₩∞​↓rengthening treatment process.

The working principle of the press≤  £-in dry sand blasting mac$∑÷≈hine in the sand blasting room; the p• →ress-in sand blastin×®±g machine is powered by comp<↓♥ ressed air, through the workin€® g pressure establish↔λed by the compressed air in the pres&α∏‍s-in tank, so that the abrasive in th★♦•×e pressure tank and the compressed ≥← λair are fully mixed with ∞ ∑another pressure, the abras‌γive will be pressed thro‍σ®ugh the sand valve into the saπ‌↔nd pipeline, and then accelerated b§∑"y the compressed air sλδεπo that the abrasive is sprayed by t& ♥he nozzle to spray the ←§surface of the workpiece to achi‍≥↑eve the desired processing pur¶"♣pose. In the press-in dry  ♠×​sand blasting machine,≠®★∏ compressed air is the pow♠×Ωer of material supply and™€• accelerating power.

The working characteri®​stics of the environmental prote≤≠≈γction sand blasting room; sand blasσ∞∑ting room is equipped with pres✔ δ≠sure, sand blasting pres€δsure display, and equipped with↕¥ a pressure reducing valve, you→§ε® can adjust the sand blasting pressur&≈<e as needed. The dust removal system co₩Ω≤nfigured in the sand ★‌blasting room is equipped with a c​®±yclone separator that can separate<ε≈< the dust, rust, oxidised skin and§☆π• other impurities generat±↔ed during the sand blast£ εΩing process from the recycled abrasiσ↓ve. Separated from the abrasi₹↑ve into the system for recycling, dust,≈β" oxide skin and other du∑≈≠‍st removal system to c≠"€ollect, the emissions meet the natio÷→nal environmental requirements★★↓ standards.

Classification of env♠Ω≥×ironmental protection shot b♣§↕lasting room; shot blasting roo λm can also be called sand blasti✔☆↑ng room, sand blasting room®≈φ. Mainly applied to the surf䙀δace treatment of some large wor §kpieces. Large workp↑♣φieces are generally sandblasted f≤☆↓ or surface treatment φ✔before painting, with t♦<he purpose of obtaining

1, pneumatic recycling type sand ×&®←blasting room; the system is main↑₩©ly composed of room body, sand©ε&φ blasting (pill) system, abrasive recy♠₹cling system, ventilation and dust reφ→moval system, workpiece con☆ ¶veying system, abrasive sorting sy>α±stem and electric control↑φ system. In order to sim←✔plify the equipment, the ventiβ ®lation and dust remov€®★'al systems are general≥←₩γly combined together. The fan sucks all§≠↔≠ the abrasives, dust and airf↔≠low to the abrasive centralised filt©Ωer through the peak nest floor. The du♥↔‍✘st-containing gas is f✔£σiltered through the filter, the ♣←∏δdust adheres to the outside of ® the filter, and the clean₹Ω© gas passes through the f×∏ilter partly discharg<>ed outside the plant a✔✔nd partly circulated into ←≈✘the sandblasting room. The abrasive"ε≤ and heavy dust continue throγ ugh the abrasive chute to the sorter. T→↔€∏he separator is an inner and outer c↑♦one structure, and t‌↕here is an adjustable channel bπ‌βetween the inner and outer cones, thrγ≤ough which the cross-section of th↕γλe airflow channel can be c↓₹Ωσhanged so as to adjust ±≠the separation ratio.

2、Mechanical lifting type§✔ sand blasting room; the system ←÷♥and pneumatic sand blasting rα oom are largely the same, ♦ ÷✔only the recovery system iΩ>✔s different, mechanical recovery sand ↓±blasting room is suitable for∞ € larger workpieces, it canσ®Ω be applied to the recovery of any abrε asive material, it mainly consists  <of sand blasting room body, s♦φcrew conveyor, lifting system, sand bla∞•¥sting system, dust removal s​♥ystem, electric control s¶♦≠★ystem, sorting system and so on.