PRESSURE-ADJUSTABLE PNEUMATIC TEST SETUP FOR DETERMINING THE TENDENCY OF FORMATION IN THE PRODUCTION OF CHEMICALS WITH A PARTICULATE STRUCTURE.

Abstract

This invention relates to measuring the tendency of granular chemical substances to adhere to each other under pressure by applying varying pressure forces using pneumatic air pressure via pneumatic equipment (7), valve (9) and regulator (10), thereby causing the particles to form a cake and measuring the amount of this cake formation. In the test setup (1,2,3,4,5) where the adhesion of the particles is measured, 5 different measurements can be made simultaneously. Thanks to this invention, it is possible to perform a cake formation test by applying different pressure forces while adhering to standards for cake formation tests.

Description

1 TARIFF 5 DETERMINATION OF THE TENDENCY FOR FORMING A CAKE IN THE PRODUCTION OF CHEMICALS WITH A PARTICULATE STRUCTURE PRESSURE-ADJUSTABLE PNEUMATIC TESTING SETUP FOR THIS PURPOSE. Technical Field to Which the Invention Relates This invention describes the physical reaction that occurs when granular chemical substances are stacked on top of each other. By simulating the compressive force, the capacity of particles to adhere to each other is measured. It is related. State of the Art The moisture absorption capacities of chemical substances produced in granular form are directly related to 15. Since the associated caking potentials are measured, a certain amount of equal proportions are added consecutively. Six weighed samples were subjected to pressure to a weight of 30 kilograms for 7 days. This is the form. In this form, considering different storage conditions, it ranges from the standard 30 kilograms. Excessive compressive force is applied. In this case, the granular structure undergoes caking. There is a potential for negative changes in performance. 20 Technical Problems Targeted by the Invention Granular materials are exposed to different stacking heights due to post-production storage conditions. The caking potentials of the structures were tested in 5 different caking test cells (1,2,3,4,5) and a compressor. (11), regulator(10) that regulates the outlet air of this compressor, the air coming out of this regulator Air pressure adjustment valve(9) which ensures that the air is delivered at the desired pressure, test the adjusted air 30 a piston (7) that applies pressure to the plates (6) on which the test samples are placed The placement position is determined by means of the placement sensor(12) which determines the placement position and accordingly Based on this, development processes aimed at improving caking performances were identified. The aim is to make it possible and applicable. 35 Explanation of the Figures Figure 1. Front view of a 5-piece pneumatic compressed air applied caking test setup. Figure 2. Caking device, pneumatic caking device, left side view. 40 2 1: 1. Test piston cabinet 5 2: 2. Piston test chamber 3: 3. Piston test chamber 4: 4. Piston test chamber 5: 5. Piston test chamber 6: Sample placement plate 10 7: pressure application piston 8: air hose 9: Air adjustment valve 10: Compressor air adjustment regulator 11: compressor 15 12: Sample placement plate sensor 13: test sample Description of the Invention With the adjustable pressure application of pneumatic air, the compressor capacity can be adjusted to 6-20. stacking 6 equally weighted granular structures on top of each other and analyzing these 6 samples the weight is adjusted to simulate the possible stack pressure in a warehouse environment. That is the subject. Industrial Application of the Invention 25 With an air pressure adjustable pneumatic caking device, bulk storage conditions can be improved. In order to understand the damage caused by the pressure on particles of varying height, in terms of providing data for developing processes aimed at improving the damage problem It is important.

Claims

3 REQUIREMENTS 5 1) This invention applies to chemical substances that, due to their granular structure, are prone to caking. It consists of a test setup that measures the potential for adhesion between 5 pieces. Piston test chamber (1,2,3,4,5), compressed air inlet (8), piston chamber compression It includes plates (6), test sample sensor (12) and test sample (13). 10 2) According to Claim 1, chemical substances that are prone to caking due to their granular structure It consists of a test setup that measures adhesion potentials and is characterized by having 5 pistons. test chamber (1,2,3,4,5), compressed air inlet (8), piston chamber clamping plates (6), test The samples consist of volume molds with identical properties ( 13 ). 15 3) Prone to caking due to its granular structure, according to Claim 1 or Claim 2. It is a test setup that measures the adhesion potential of chemical substances, and its characteristic is 5. Test chamber with pistons (7) (1,2,3,4,5), compressed air inlet (8), piston chamber compression plates (6), test specimens (13) and a valve with adjustable compressed air 20 (9), a regulator (10) that regulates the compressor outlet air and a compressor (11) It consists of.

Images