Disbonding Apparatus
Disbonding Apparatus Overview Parr Instrument Company has developed an automated reactor system capable of attaining the conditions necessary for treating samples consisting of bimetallic plate…
Engineered for rigorous testing environments across coal, fuels, minerals, and advanced materials. Delivers automated determination, high operational reproducibility, and seamless compliance with international ASTM and ISO laboratory standards.
Instrument Overview & Operating Principle
Disbonding Apparatus Overview Parr Instrument Company has developed an automated reactor system capable of attaining the conditions necessary for treating samples consisting of bimetallic plate typically used in refinery high pressure/ high temperature (HP/HT) hydrogen gas service. The test temperature and hydrogen gas pressure are selected to simulate those conditions found in refinery hydrogen containing
Scientific Architecture & Measurement Physics
1. Precise Thermal Equilibration
The jacket enclosure is thermally regulated to eliminate ambient room temperature variations. High-resolution thermistors capture micro-degree changes across the sample combustion cycle with instantaneous data acquisition.
2. Certified Combustion Vessel Integrity
Constructed from proprietary high-strength corrosion-resistant alloys capable of withstanding working pressures up to 300 bar. Automated firing protocols ensure complete oxidation without sample splattering.
3. Microprocessor Algorithmic Correction
Real-time numerical integration compensates for fuse ignition heat, acid formation, and thermal leakage, calculating Gross Calorific Value (GCV) strictly compliant with ASTM D5865 and ISO 1928 formulas.
4. Automated Workflow & Vessel Handling
Automated oxygen filling and water bucket management reduce operator hands-on time from 15 minutes down to under 1 minute per test, minimizing human error and maximizing laboratory throughput.
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