Pass Box
Pass box is a kind of auxiliary equipment of clean room, used for cargo transfer between clean areas,
clean areas and unclean areas, they can reduce the times to open the door so as to ensure the cleanliness in the clean room.
the pass box is interlock on the both doors,and can not be opened at one time.they can prevent air pollution.
Tip: this model pass box can’t completely to stop dust entrance.
- Air shower pass box:
Air shower pass box is high efficiency filter and fan built-in in normal pass box.
It is suitable for cargo transfer from clean areas to unclean areas or from low clean areas to high clean areas.
- Laminar flow pass box:
It is also suitable for cargo transfer from clean areas to unclean areas or from low clean areas to high clean areas.
But it is mainly applied to the Biopharmaceutical industry,and through the laminar flow filter to form the class100 clean area in laminar flow pass box,thus effectively prevent the pollution into clean room.
Related Products
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HPL wall
The HPL partition wall is a structure with a thickness of 45 mm, made of 2 x 4 mm thick external HPL panels and internal insulation, which vary according to the project requirements.
Each panel made is completely sealed on all 4 sides, using extruded aluminum profiles, designed to create the structure and complete closure of the internal insulation.
ultra-med supplies different types of insulation: rock wool (RW), polystyrene (EPS), aluminum and paper honeycomb (HC), polyurethane (PUR).
In all cases, the densities of such insulations are extremely high, so as to guarantee superior mechanical stability of the wall itself.
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Glass Panel Walls
The glass panel wall system by ultra-med adopted is completely flush-mounted and perfectly integrated with the other partition walls that are installed adjacent to the same. A completely concealed fixing and installation system and a minimal perimeter frame complete the product.
They are used for evident aesthetic reasons, boasting in their simplicity an excellent architectural solution but, above all, to make it easier to control and communicate in different environments and, last but not least, to allow visitors to visit the clean rooms directly from the corridors around the areas of production.
The thickness of the glass walls is always 45 – 50 mm, composed of a double layer of 3 – 4 mm laminated safety glass. The width and height of these glass walls, follow very precise rules envisaged by ultra-med, once again to distinguish the design of the product.
It is possible to customize the glass panels inserting screen prints with your company logo.
Full glass panel walls:
Complete system with glass walls and doors perfectly flush with the partition walls. Consistent thickness of 45 – 50 mm.
To exploit the sunlight, to make supervision and communication easier, to allow your customers to view your work from the visitor corridor.
Standard module dimensions FULL GLASS: 1180 x h. 2000 mm. -
Pass Box
Passive Pass Box
Complete system for the passage of small objects between two different class rooms, fully integrated and flush-fitted to the partition wall. The Pass-Box doors are made using stainless steel natural color with double glass and stainless steel handles and perimeter tight seal gaskets.
Electrical Interlock between 2 doors.
Dynamic Pass Box
The Pass-Box doors are made using stainless steel natural color with double glass and stainless steel handles and perimeter tight seal gaskets.
Electrical interlock between 2 doors, H14 HEPA filter and circulation Fan and UV light.
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Clean Room
A Clean Room is an environment, typically used in manufacturing or scientific research that has a low level of environmental pollutants such as dust, airborne microbes, aerosol particles and chemical vapors. More accurately, a cleanroom has a controlled level of contamination that is specified by the number of particles per cubic meter at a specified particle size. To give perspective, the ambient air outside in a typical urban environment contains 35,000,000 particles per cubic meter in the size range 0.5µm and larger in diameter, corresponding to an ISO9 cleanroom, while an ISO1 cleanroom allows no particles in that size range and only 12 particles per cubic meter of 0.3µm and smaller.
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