Transfer Hatches for Clean Room

Transfer hatches for clean rooms are specialized portals designed to maintain the integrity of a clean room environment while allowing for the transfer of materials, equipment, or personnel in and out of the clean room. These hatches are crucial in environments where strict contamination control is necessary, such as pharmaceutical manufacturing, semiconductor fabrication, and biotechnology research.

 

Static Pass Box Specifications

Construction	Stainless Steel 304 Grade
Dimensions	300x300x300mm/450x450x450mm/600x600x600mm Or Customized
Door	With Electromagnetic Lock
Window	Fitted With Tempered Glass
Electricals	LED Light, UV Light, Electromagnet For Door Interlocking, Buzzer And Indicating Lamps
UV Lamp	Germicidal Activity
Power Supply	Work On 220 / 230 Volts AC

 

Application 

 

Pharmaceutical industries	Chemical research laboratories	Electronic industry
Semiconductor production	Food processing industry

 

Dynamic Pass Box Specifications

Construction	Stainless Steel 304 Grade
Dimensions	300x300x300mm,450x450x450mm,600x600x600mm Or Customized
Door	With Electromagnetic Lock
Window	Fitted With Tempered Glass
Electricals	LED Light, UV Light, Electromagnet For Door Interlocking, Buzzer And Indicating Lamps
UV Lamp	Germicidal Activity
Hepa Filters	Having Efficiency Rating As High As 99.99% Thus Retaining All Air-Home Borne Particles Of Size 0.3 µ And Larger.
Accessory	Manometer / Magnahelic Gauge
Blower Motor	Standard
Power Supply	Work On 220 / 230 Volts AC

Here are some key features and considerations for transfer hatches in clean rooms:

1. Material Compatibility: Transfer hatches are typically constructed from materials that are compatible with clean room requirements, such as stainless steel or other non-porous materials that are easy to clean and sterilize.
2. Airflow Control: To prevent contamination from entering the clean room, transfer hatches often incorporate features such as interlocking doors or air curtains to maintain the differential air pressure between the clean room and the surrounding area.
3. Glove Ports or Airlocks: Depending on the specific needs of the clean room, transfer hatches may include glove ports or airlocks to allow for the safe transfer of materials or samples without compromising the cleanliness of the environment.
4. Sealing Mechanisms: Transfer hatches should have effective sealing mechanisms to ensure a tight seal when the doors are closed, minimizing the risk of air leakage and contamination.
5. Ease of Cleaning and Sterilization: Clean room transfer hatches should be designed for easy cleaning and sterilization to maintain the cleanliness and sterility of the environment.
6. Integration with Clean Room Systems: Transfer hatches may need to be integrated with other clean room systems, such as HVAC systems and air filtration systems, to ensure optimal performance and contamination control.
7. Compliance with Standards: Transfer hatches should comply with relevant industry standards and regulations for clean room design and operation, such as ISO 14644 and cGMP (current Good Manufacturing Practices) guidelines.

When selecting transfer hatches for a clean room, it's essential to consider factors such as the level of cleanliness required, the types of materials or equipment being transferred, and any specific regulatory requirements applicable to the industry or application. Consulting with clean room design experts or suppliers can help ensure that the transfer hatches chosen are suitable for the specific needs of the clean room facility.

 

Related Clean Room products

• Fume Hood
• Laminar Air Flow
• Biosafety Cabinet 
• Pass Box 
• Dispensing Booth 
• Fan Filter Unit 
• Garment storage Cabinet 
• Portable Clean Room
• Cross Over Bench
• Dedusting Tunnel