AL•115 OIL BATH (High Temp.) with Stirrer

The Apex Labs AL•115 High-Temperature Oil Bath with Stirrer is a robust, heavy-duty laboratory heating instrument designed for chemical reactions, distillation setups, calibration protocols, and material testing requiring stable thermal kinetics above water boiling thresholds. Equipped with an integrated motorized active stirring system, it ensures exceptional temperature uniformity throughout the liquid media.

Key Technical Specifications

• High-Temperature Capabilities: Specifically engineered to securely handle high-viscosity thermal oils (such as silicone fluids) for continuous high-temperature heat loops.
• Active Fluid Agitation: Integrated with a heavy-duty motorized laboratory stirrer assembly. Complete with a stainless steel stirring rod and paddle blade to eliminate thermal layering and maintain fluid equilibrium.
• Premium Metallurgy (MOC): Built with a thick-gauge, leak-proof Stainless Steel (S.S.) inner working chamber and double-walled insulated mild steel exterior housing.
• Electrical Grid Parameters: Pre-wired and calibrated to operate seamlessly on standard single-phase 220/230 Volts AC electrical power main lines.

Available Size & Dimension Matrix

Optional Control Instruments & Customization Upgrades

• Mercury Contact Thermometer & Relay Kit: Classic, ultra-dependable electromechanical control system layout delivering process loop accuracy threshold limits tighter than ±1°C.
• Digital Temperature Indicator-cum-Controller: Modern electronic control upgrade replacing manual settings with an automatic sensor probe, digital display parameters, and precise threshold tracking.
• Microprocessor-Based PID Temperature Controller with Timer: Advanced solid-state instrumentation system with auto-tuned PID calculation loops and an integrated digital process countdown timer for complete run automation.
• Digital Temperature Indicator: Standalone dedicated digital display panel for crisp, real-time diagnostic visibility of the internal core oil media temperature.