Temperature regulation for flaking and lamination in food and pharma
Special temperature regulation project for lamination and flaking process of pharma and food products employing standard machines with stainless steel customized executions.
Special temperature regulation project for lamination and flaking process of pharma and food products employing standard machines with stainless steel customized executions.
The growth of renewables, as a green energy source to generate electric power used to obtain thermal energy, closely meet Tempco’s commitment in engineering energy saving.
Special thermoregulating units for reactors in a chemical industry application for precious metals refining fully compliant with UL and ASME regulations for installation in the USA.
Magnetic drive pumps in thermoregulation units for high temperature diathermic oil allows to avoid any risk of oil leakage related to mechanical seals in traditional pumps.
Design flexibility and thin sizes of TCOIL plates immersion dimple jacket exchangers for anodic oxidation plant in the manufacture of aircrafts for the US market.
A complete set of nickel brazed plate heat exchangers ensuring mechanical resistance for impact pressure for an Italian CDMO employed in thermostatation of reactors in API’s production.
Mono fluid thermoregulation units in pharmaceutical and chemical industry production ensuring maximum reliability, flexibility and precise temperature control, available with Atex, UL and EAC certifications.
Gaskets have to be all replaced during a plate heat exchangers regeneration intervention? Not always, and it depends on the kind of application, the temperatures and kind of fluids involved.
Shell and tube heat exchangers, cleanable straight pipe exchangers and U pipe bundle exchangers, advantages limits and applications in exhaust recovery in cogeneration and in the biogas sector.
Chocolate pattern in plate heat exchangers refers to the special design of the area near the nozzles of the plate studied to allow a uniform distribution of the fluid upon the whole thermal transfer surface.