Dettagli del prodotto
Luogo di origine: Cina
Marca: ZJNF
Termini di pagamento e di spedizione
Quantità di ordine minimo: 1
Prezzo: negotiate
Imballaggi particolari: pacchetto compensato/legno
Tempi di consegna: 18 giorni
Termini di pagamento: tt lc Carta di credito PayPal
Applicazione: |
100 laboratori / camere bianche da laboratorio, prodotti farmaceutici, laboratori chimici, impianti |
Tasso di cambio aereo: |
100.000 gradi 10-15 volte/ora |
Tipo: |
Cabina per camere bianche, design modulari, camere bianche |
Controllo ambientale intelligente: |
Il sistema di controllo integrato touchscreen da 10 pollici fornisce il monitoraggio in tempo reale |
Materiale del corpo: |
Acciaio laminato a freddo/acciaio inossidabile |
Categoria di prodotto: |
Camera bianca modulare |
Progettazione strutturale modulare: |
La struttura principale, i sistemi di involucro e le apparecchiature di purificazione (FFU/docce d |
Nuova energia/R&S: |
Soluzioni di rapida implementazione per officine di batterie per veicoli elettrici e laboratori univ |
Applicazione: |
100 laboratori / camere bianche da laboratorio, prodotti farmaceutici, laboratori chimici, impianti |
Tasso di cambio aereo: |
100.000 gradi 10-15 volte/ora |
Tipo: |
Cabina per camere bianche, design modulari, camere bianche |
Controllo ambientale intelligente: |
Il sistema di controllo integrato touchscreen da 10 pollici fornisce il monitoraggio in tempo reale |
Materiale del corpo: |
Acciaio laminato a freddo/acciaio inossidabile |
Categoria di prodotto: |
Camera bianca modulare |
Progettazione strutturale modulare: |
La struttura principale, i sistemi di involucro e le apparecchiature di purificazione (FFU/docce d |
Nuova energia/R&S: |
Soluzioni di rapida implementazione per officine di batterie per veicoli elettrici e laboratori univ |
The key to determining the sensitivity of the production process to particles is to consider the tolerance of your product, process, and regulations towards particles. This requires a comprehensive evaluation from three dimensions: product characteristics, process requirements, and compliance standards.
1. Look at product features
Firstly, clarify the sensitivity of your product to particles. For example, in the pharmaceutical industry, injections, implantable medical devices, or sterile drugs have extremely low tolerance for particles, and any micron sized particles may directly affect the safety and effectiveness of the product. However, some ordinary raw materials or low-risk products have relatively relaxed requirements for particles.
2. Check the process requirements
Secondly, analyze whether your production process itself is prone to producing particles, and whether these particles will affect product quality. For example, in chip manufacturing or precision optical component production, submicron sized particles may cause product defects. You need to evaluate the equipment, materials, operations, and other aspects of the production process to determine which are potential sources of particulate pollution.
3. Check compliance standards
Finally, it is necessary to refer to relevant industry regulations and standards. For example, GMP has clear requirements for the concentration of suspended particles in clean areas, and the particle control standards in Class A areas (high-risk operations) are much higher than those in Class D areas (low-risk operations). You need to ensure that your production process and cleanroom level meet these regulatory requirements.
How to match?
Based on the above analysis, you can match the product characteristics and process requirements with the cleanroom level. For example, sterile pharmaceutical production that is highly sensitive to particles typically requires Class A or Class B clean environments; For ordinary food packaging with relatively relaxed requirements for particles, a D-level environment may be sufficient. Meanwhile, choose a suitable particle detection method (such as photoresist or microscopic counting) to monitor and verify your cleanliness level.
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