4 standard test procedures for high and low temperature and low pressure test chamber

4 test procedures for high and low temperature and low pressure test chamber: Procedure 1: storage / air transportation, Procedure 2: work / outboard flight, Procedure 3: rapid decompression and procedure, Procedure 4: explosive decompression Test procedure or combination of test procedures.

Factors considered in the selection of the test procedure. The selected procedure should be representative of the harshest low-pressure environment expected to be exposed to the equipment. When selecting the test procedure, the following should also be considered:

a. The technical status of the equipment;

b. Equipment work requirements;

c. Use of equipment;

d. The data used to judge whether the equipment meets the work requirements;

e. Test procedure sequence.

4 standard test procedures for high and low temperature and low pressure test chamber

The difference between the procedures of the high and low temperature and low pressure test chamber:

Procedure 1: Storage / air transportation: Applicable to equipment transported or stored at high altitudes, or equipment transported by air in the state of transportation / storage technology, and determine whether Procedure 1 is applicable based on the low-pressure effect and life-cycle environmental profile.

Procedure 2: Work / outboard flight: It is suitable for determining the working performance of the equipment under low pressure conditions. It is carried out before Procedure 1 and Procedure 2. If there is no requirement for low pressure storage, rapid decompression or explosive decompression, Procedure 2 can be separated get on.

Procedure 3: Rapid decompression: Procedure 3 is suitable for determining whether a rapid decrease in the ambient pressure of the equipment will cause the equipment to react, injuring surrounding personnel or damaging the platform of the transportation device. Procedure 3 may be carried out after storage or work test.

Procedure 4: Explosion decompression: Procedure 4 is the same as Procedure 3 except that the decompression rate is faster than Procedure 3.

As one of the three key components for inhalation drug delivery, our MDI canister meets or exceeds all relevant standards. It is designed to be compatible with all Mdi Valves and crimping/filling machines.
Metered-dose Inhaler (MDI) Canisters
 

The Anomatic series of high-quality deep drawn Aluminum Canisters is designed to be compatible with your chosen valves, Actuators and drug formulations.  Our deep drawing process ensures a consistent side wall thickness using high strength aluminum which is far superior to other forming methods.  The aluminum is work hardened during the deep draw process and the surface mechanically polished providing a smooth, hard internal finish suitable for use with both CFC and HFA propellants. 

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Our standard canister sizes are 10ml, 14ml and 19ml, with customized sizes available. Our canisters are also available in anodized and plasma coated finishes. 

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