 | Glove BoxesTyne designs and custom builds laboratory gloveboxes to the needs of a customer and to the requirements of the system to be contained. Most of our glove boxes have been designed and built to meet the requirements of tritium handling systems where leak tightness is important and the need for good access and easily cleaned parts is essential.
Windows can be made to suit (max 1220 mm x 2438 mm), though they are designed for a standard bolt spacing of 60 mm to ensure good leak tightness. Window sealing utilizes a Tyne custom designed soft rubber extrusion made to fit 12.7 mm windows. Aluminum is frequently used for supports and other devices where light weight is beneficial. Stiffeners can be built into the box to support heavier equipment. Some typical specifications of laboratory gloveboxes are outlined below: Dimensions up to 3m high x 2m wide x 6m long. Materials of construction are stainless steel for the box Architectural stainless steel extrusions with rounded corner. 10-5 sml/sec as measured using a helium sniffer probe when box is filled with helium. Stud welded bolts for windows and other attachments minimize contamination traps. Laboratory gloveboxes can be made to any shape. The following example comprises a controlled atmosphere box for tritium, a LN controls box to exclude moisture to prevent icing, and an air compartment for equipment attached to the box. Additions: Numerous additions to the glove boxes are possible, including transfer ports, lights, electrical and pneumatic feed-throughs, sliding tables, internal lifting equipment etc. The following shows a large laboratory glovebox with upper and lower compartments. The windows are removed for easy access during maintenance. The following is a large laboratory glovebox with an external access chamber. Visible also is the 10 cm x 10 cm architectural shape used as a box support. Attachments for front and back access, connections for instrumentation and processes, of all types are common. The following shows and example of end panels with electrical feed-throughs. showing some of the internal support structures used in the manufacture of the box. |
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