News

Scope of application of  φεenvironmentally frien€★dly shot blasting room and sand bl↓₩•→asting room; it is suitable for su®©∞φrface treatment of small and mediu∞ §m-sized metal workpieces♠§©, such as billet parts, casting&£ parts, welded parts, heat t©δΩreatment parts, steel struct‌‍ures, containers, transformer shellsα​, and shaped parts. Pneumatic recyclinα ‍÷g sand blasting room system is suitabl✔↓↑e for sand blasting rust removal♣₩δ↑ and shot peening treatm₹π•ent of large steel struc¥ ™↑tures and surfaces before paδ•inting in aviation, military×®×✔, shipbuilding industry, ®✘∑Ωengineering machinery, petroc>×hemical machinery, water conservancy↑∑∏ machinery and bridge compδ←φonents, large speed structure factori€‍es, rolling stock fa✘וctories, mining equipment factories,‌$ε electric power equipment factories, la​★←₹rge electric motor factories•↕, large pump and valve factories, et↔•←™c. The sand blasting treatment≈→♦  can completely clear the suφ♦♣&rface of workpieces and remove the rust♠≥ and shot peening. Shot →✘"∞blasting treatment can₽↔ completely remove welding slag, rust÷§★, oxidised skin, oil, etc. on the "€πλsurface of the workpiece, improve β​±'the adhesion of the metal surfac₩ ♥e before painting, and achieve the↕π purpose of long-lasting antico"♣∞‍rrosion. The use of sho£δt blasting can eliminate th' •★e surface stress of the workpiece andγ≈ improve the strength↑↑÷≤ of the workpiece The system is a ne±✘cessary equipment for long-lasting antשi-corrosion and strengt♦£hening treatment process.≤×¥

The working principle of the p₹≥ress-in dry sand blasti€©ng machine in the sand blasting •β↓room; the press-in sa≠<÷nd blasting machine is ≠φ¶ powered by compressed air, through the >☆working pressure established b ♦↑∞y the compressed air i©♦↓n the press-in tank, so that the abλ$rasive in the pressure tank and t₹≈he compressed air are✘ " fully mixed with another ✔↔★pressure, the abrasive' ₽ will be pressed through the sa$•©®nd valve into the sand pipeline, and th₩>σ₩en accelerated by the compressed air≥≈♥← so that the abrasive is spraye¥→↓¶d by the nozzle to spray the surf↔×ace of the workpiece to achieve t×∏∏↕he desired processing p¥'‌urpose. In the press-in dryα≠ sand blasting machine,☆γ compressed air is the ₩•power of material supply and accelerat "♥ing power.

The working characteri♦×≤stics of the environment← πal protection sand bla♠§✘sting room; sand blasting ✔↓room is equipped with ☆γ¥pressure, sand blasting press​εure display, and equipped with£→ a pressure reducing val ∑‌ve, you can adjust the sand blasting p≈<∏ressure as needed. The dust removal sys←αtem configured in the s‍→and blasting room is equi₽φ↑pped with a cyclone sepa↓♣ ♣rator that can separate the dust,™× rust, oxidised skin and other÷♠ impurities generated duri​‍ng the sand blasting pr✔☆ocess from the recycled abrasiveλ®&≠. Separated from the abrasive into th< ₩Ωe system for recycling, dust, oxide ski↓♦₹≥n and other dust removal sΩ↔©ystem to collect, the emissi$♥∏♦ons meet the nationalβδ environmental requiremen★•ts standards.

Classification of environmental protec ‍tion shot blasting room; sho✔←t blasting room can also be called san₹‍★d blasting room, sand blasting r₩"♠↓oom. Mainly applied to the α≤‌surface treatment of some large workp☆↕®αieces. Large workpieces are geneπ‌←®rally sandblasted for sur ε∞face treatment before × αpainting, with the purp☆£ ose of obtaining

1, pneumatic recycling tyβ α☆pe sand blasting room; the s₩ ≠ystem is mainly composed↑÷→& of room body, sand blasting (pil≠↕l) system, abrasive recycling system, ¥'© ventilation and dust r‍δδ≠emoval system, workpiece con♦∑£veying system, abrasive sort§λ£ing system and electric con®∞∞trol system. In order to↑   simplify the equipment, the venti£&≠lation and dust removal systems are gσ‍↔enerally combined togeγδ÷ther. The fan sucks all>↓​ the abrasives, dust and airflow to★≤× the abrasive centralised filte≤≥r through the peak nest floor. The dus↑≈t-containing gas is filtered t✘™♦©hrough the filter, the dust a≥✔™ dheres to the outside of the filter, a£'₩δnd the clean gas passes throug♥≠₹↑h the filter partly discharged outsid✘↔™e the plant and partly ci₽≠☆rculated into the sandbl∏<≈♠asting room. The abrasi ÷εve and heavy dust continu↔✔±e through the abrasiveγ↑ chute to the sorter. The sepa£​rator is an inner and out π↓er cone structure, and thβδ♦ere is an adjustable channel betwe≈₹​en the inner and outer cones, t≠ ☆Ωhrough which the cross-section  πof the airflow channel can be cha ↔nged so as to adjust the separation r•↑$atio.

2、Mechanical lifting £Ω♥♣type sand blasting ro≥♣≈om; the system and pneumatic sand blas★•σ>ting room are largely the same, onl₩↔₩y the recovery system is different, mec♣®hanical recovery sand blas★∏ting room is suitable for larg → σer workpieces, it can be appl‍♣πied to the recovery o​‌δf any abrasive material, it≠< mainly consists of sand bl•★'asting room body, screw conveyor,£✘Ω↑ lifting system, san♠×εd blasting system, dust removal syβ£stem, electric control syst≈≠←em, sorting system and so on.