Temperature Control Units for Industrial Applications

Defense Application:
Involves the production of artillery shells, casings, armored vehicle components, and aircraft engine parts.

Tool-Temp Integration:
High-temperature oil units (operating up to 360 °C) and pressurized water systems are utilized to stabilize mold and die temperatures. This ensures dimensional precision, reduces casting defects, and maintains uniform metallurgical properties across aluminum, magnesium, and steel alloy components used in weapon and aerospace systems.

Defense Application:
Covers the manufacturing of composite panels for aircraft, drones, and missile housings through autoclave curing and resin transfer molding (RTM) techniques.

Tool-Temp Integration:
Temperature control units such as TT-508X and TT-708Y provide precise control within 30 °C to 250 °C during curing cycles. Accurate temperature ramping and cooling profiles enhance structural strength, improve fiber–resin adhesion, and minimize void formation in critical aerospace structures.

Defense Application:
Pertains to the controlled production of propellants, explosives, and energetic materials for ammunition and rocket propulsion systems.

Tool-Temp Integration:
Oil-based heating systems and industrial chillers (models TT-216’000 and TT-54’500) deliver uniform temperature control within jacketed reactors and cooling circuits. These systems prevent thermal hotspots, ensuring safe handling and process stability when working with volatile compounds.

Through its partnership with Tool-Temp, RENOCON enables the integration of advanced thermal control technologies into defense and aerospace manufacturing environments.
This collaboration reinforces RENOCON’s commitment to engineering precision, process reliability, and compliance with international defense manufacturing standards.