AEA18 Flange Pressure Transmitter

In the laboratory of Istanbul Dokum, for all productions, chemical analysis, mechanical yield – tensile – elongation tests, and when required hardness tests, UT, MT and MPI tests are provided.

This machine is used for plastic round, shaped or square bottles unscrambling equipment. No matter what the status of the bottle feeding, the machine can automatically complete the bottle feeding, bottle unscrambling, flip, arranging, bottle output, and connected with later packaging equipment. The machine uses high quality stainless steel or non-toxic pollution-free engineering plastic, adopts mechanical transmission technology, different bottles can work on a machine by adjusting machine parts, has stepless adjustable speed, simple operation, high degree of automation.

Main features • Short mixing time • Extremely high mixing quality • Batches with repeatable and scalable results • Mixing ratio 1/100.000 • Coefficient of variation (CV): ≤ 3 % • Low maintenance • Functional design for installation in R&D area Techanical features • Batch size: 1,4 / 3 / 7 / 20 liters (net) • Cylindrical mixing chamber • MIxing tools: ploughshare / ploughshare with toothed design / Mix Paddle / Mix Paddle with toothed design • Material of costruction: AISI 304 / AISI 316 / AISI 316Ti • Discharge door with round profile, building the bottom side of the mixing chamber • Front side inspection door complete with safety electric lock • Electric control panel with inverter for speed variation of the main rotor shaft • Internal finishing with roughness Ra 0.5-0.8 µm

A chemical reactor functions as an enclosed vessel where chemical reactions occur. It's crucial for process designers to ensure the reaction proceeds efficiently toward the desired product, maximizing yield while minimizing costs associated with procurement and operation. Operational expenses encompass factors like energy input and disposal, raw material costs, labor, and other associated charges. Typically, reactants and products within the reactor are in fluid form, either gases or liquids. Continuous reactors maintain a constant operational state, while batch reactors undergo transient operation. Transient operation occurs when a reactor is activated for the first time or following a shutdown, with critical process variables fluctuating over time.