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Priemyselné dávkovacie pece ideal for heavy duty applications

Sme zásob rad priemyselných pecí pre dávkové spracovanie. Naše modely priemyselných pecí sú k dispozícii s teplotami až 700 ° C a objemov až do viac ako 13.000 litrov, ktoré spĺňajú požiadavky pre rôzne priemyselné aplikácie a požiadavky zákazníka. Dizajn priemyselných pecí sa vyznačuje robustnou konštrukciou a trvalými materiály, tým sa stávajú ideálne pre náročné aplikácie. Každá priemyselná pec môže byť vyrobená a dodaná s širokú škálu možností, vrátane ochrany proti prehriatiu, mechanizmu pre nakládku a manipuláciu alebo pokročilého systému regulácie teploty.

Priemyselné pece podrobne

Typickými aplikáciami našich priemyselných pecí je sušenie, pečenie alebo vytvrdzovanie komponentov. V nadväznosti na tieto aplikácie ponúkame pre všetky priemyselné pece riešenie na mieru zákazníka, aby boli úplne schopné spĺňať náročné požiadavky v rôznych priemyselných odvetviach. Pre aplikácie ako je AMS 2750G tepelné spracovanie pod Nadcap naše univerzálne priemyselné pece, vysokoteplotné priemyselné pece a veľké univerzálne priemyselné pece - tyhle všetky pece môžu byť modifikované vo fáze objednávky, aby zahŕňali sofistikované systémy riadenia a zaznamenávanie dát. Naše rýchle chladené priemyselné pece sú ideálne pre temperovanie a žíhanie vrátane, ale nie je to obmedzené, žíhacích termo-luminiscenčných dozimetrov. Programovateľný regulátor 3508P1, ktorým je priemyselná pec vybavená, poskytuje presné riadenie rýchlosti nárastu teploty alebo poklesu a dobu, po ktorú sa konkrétne teplota udržiava.

Priemyselné dávkovacie pece - FAQ

What is an industrial oven?

An industrial oven is a heating device that meets the precise temperature control and temperature uniformity requirements of a specific process. It is a common piece of equipment used in a production environment where the heating of materials is required. Depending on the application, industrial ovens vary in size and volume as well the maximum temperature they can reach. Industrial ovens can be manufactured to comply with industry standards such as NADCAP AMS2750G and CQI-9.

What is the difference between a laboratory and an industrial oven?

In principle, the difference between a laboratory oven and industrial oven is the size. Industrial ovens tend to process larger batches of material, whereas laboratory ovens are typically used to process smaller samples. Industrial ovens have a more robust construction in order to withstand the demands of production facilities.

How does an industrial oven work?

An industrial oven works by heating the air containing with the oven chamber using electrically operated heating elements. The air is usually mixed by using a circulation fan mounted within the heated chamber to ensure uniform heat distribution, often known as 'forced convection'. Parts placed inside the chamber are heated by the hot air.  

What is the temperature range of an industrial oven?

The typical operating temperature of an industrial oven is entirely dependent on the application requirements. Carbolite Gero supplies ovens with maximum temperatures ranging up to 300°C for applications such as drying and moisture extraction, and ovens for applications such as annealing and sintering that can require temperatures up to 600 or 700°C.

What is the benefit of an electrical industrial oven over a gas oven?

The primary benefits of an electrical industrial oven over a gas oven are cleanliness and accuracy of temperature control. Electrical heating is very clean because there are no 'products of combustion' contaminating the chamber. Electrical heating achieves very precise temperature control because the power to the heating elements can be controlled very quickly and accurately.

How expensive is an industrial oven to run?

The cost of running an industrial oven is primarily dependent on the operating temperature and size of the chamber. Energy efficient industrial ovens are well insulated and the power consumption can be easily calculated. If the process requires significant air changes, for example to remove potentially explosive solvents, then the running costs will be higher.