Traditional Aerosol packaging habet longam fiduciam in liquefied petroleum Gas (LPG) vel Dimethyl aether (DME) ut propellants, et ejus LIBILITAS et Reactivivity ducunt ad duo Core Quaestiones:
Vocs egredi pollutio: propellants permanere ad volatilize durante repono, translationem et usu, formatam organicum pollutants maxime composito ex hydrocarbons, aggravans ozone layer et haze generatio;
Content stabilitatem periculo: mixta repono de propellants et activa ingredientia est pronus ad oxidatio, hydrolysis et catalytic profectae, causing productum deterioration vel etiam defectum.
BOV, S4.00 CYMBALON lapides sacculi valvae in CYMBALON AEROSOL CYMBALON (HODINAFTER Referred to as 'BOV-S4.00 ") providet systematica solutio ad industria per NITROGENIUM coegi et structural innovation.
Mechanism I: NITROGENIUM inerti environment - Blocking Vocs Release de Radix
I. theoretical ex NITROGENIUM eget inertness
NITROGENIUM (n₂) est diatomic Gas cum stabilis molecular structuram. Eius chemical vinculo industria est ut princeps ut CMXLV KJ / MOL, quae est multo altior quam 300-400 KJ / mol de hydrocarbons. In BOV-S4.00 ratio, NITROGENIUM est solum propellant, omnino repositoque flammabiles et explosive organicum solvents in traditional aerosols. Et Core commoda includit:
Nulla vocs emissionem: NITROGENIUM se non habet carbonis elementa et non producendum quis organicum volatiles in vita cycle de aerosol;
Temperature stabilitatem: et discrimine temperatus NITROGENIUM est -147 ° c. Etiam in summa summus aut humilis temperatus environments, manet in gaseous statum et non liquefy, vitando pressura fluctuations per tempus mutationes.
II. NITROGENIUM-pulsus processus realization
BOV-S4.00 BOV CYMBALON lapides sacculi in valvae aerosol valvae cum Tinpalte Cup ad Aluminium Can adoptat "pre-repleti NITROGENIUM pressura balance" Technology:
Pre-repleti NITROGENIUM: ante aluminium ffoyle peram est packaged, NITROGENIUM est infusum per summus praecisione implens apparatu ut initialem pressura in sacculum aequet productum characteres;
Valvae pressura Libra: et valvae corpus habet aedificavit, in Micro pressura sensorem ad Monitor in NITROGENIUM pressura in pera in realem tempus. Cum user premit COLLIX NITROGENIUM tendat contenta per praecisione alveo et statim claudit post infusum perficitur ne Gas Leakage.
III. Industry valorem de NITROGENIUM inertem amet
Salus obsequio: eliminate periculum propellant explosion et facere aerosols propinquos meos cum internationalis aer onerariis consociatione (Iaata) periculo bona translationem signa;
Sumptus Optimization: NITROGENIUM habet amplis fontes (aeris separationem technology), in sumptus est tantum 1/5 of traditional propellants, et non speciale repono condiciones non requiritur.
Mechanism II: Content Agricola - Precision Obice inter Aluminium Fri Ffil sacculum et valvae Corpus
I. Material scientia et structural innovation Aluminium Flilum Pera
Et Aluminium Ffil sacculum BOV-S4.00 adoptat a multi-iacuit compositum structuram:
Externo Layer: High-Polyester (PEK) film, providente PUNCTUM resistentia et æstus resistentia;
Medius iacuit: Aluminium ffoyno iacuit, cum crassitudine 12μm et melior proprietatibus quam interiore muro coating traditional aluminium cann;
Interiorem layer: cibum-gradu polyethylene (Pe) coating ut contentus compatibility.
Hoc structuram Achieves seamless connexionem inter sacculum corpus et valvae corpus per calor signantes processus formare plene clausa ratio.
II. Collaborative consilium valvae corpus et aluminium ffoyle peram
Ut Core component BOV-S4.00, in valvae corpus habet sequenti innovations:
Dual-Channel Design: Independens nitrogen Channel et contentus alveo vitare crucem contaminationem;
Selfazononing COLLUM: per Silicone Signing Annulum ad formare an airtight obice in non-spargit status;
Tinplate poculum basi, sicut COPULUS inter valvae corpus et aluminium potest superficiem stagnum plating ne contenta ex Corroding corpus.
III. Experimentalem comprobatio de contentus signing
Verified per accelerated senescit Test (XL ° F / LXXV% RH, XII menses):
Nulla Leakage Rate: Non Leakage of Content aut NITROGENIUM deprehenditur ad nexum inter aluminium ffoyle peram et valvae corpus;
Content stabilitatem: comparari cum traditional aerosols, et activa ingredient retention rate of EMULSIO products packaged per BOV-S4.00 augetur a XX%.
Mechanism III, pressura stabilization technology - nulla RELICTUM propellant Leakage durante iniectio processus
I. Gas Ratio et iniectio imperium
Et pressura stabilization technology de BOV-S4.00 fundatur in sequentibus principiis:
Coepi pressura occasum, secundum viscositatem contentus et iniectio requisita, pre-repleti nitrogen pressionem range est 0,5-1.2 MPA;
Dynamic Tuaming: De pressura ultricies cavum intus in valvae corpus potest statera pressura mutationes in sacculum ut constant iniectio influunt;
Iniectio terminatio mechanism, cum pressura in sacculo guttae ad limina, valvae corpus statim seras ne nitrogen reliqua.
II. Liquor dynamics analysis de iniectio processus
Per CFD (computational fluidi dynamics) simulatio, quod est ostensum est:
Single-phase influunt iniectio: NITROGENIUM et contenta forma laminar fluunt in valvae corporis channel, avoiding instabilitatem duorum-tempus influunt in traditional aerosols;
RELICTUM rate tendit in nulla: post iniectio, in RELICTUM NITROGENIUM in sacculum est minus quam 0.1%, quod multo minus quam V% -10% of Traditional Aerosols.
III. Industry breakthrough in pressura stabilization technology
Melius user usus: constant iniectio pressura et uniformis productum atomization effectus;
Enhanced environmental beneficia: quisque potest de aerosol reduces emissionem circiter 15g de propellant et fundatur in annua output de I billion cann, potest reducere vocs a 15.000 talent.
