S.R. Thermal Solution’s Pit Type Hardening Furnace is designed for vertical loading of long or heavy components requiring uniform through-hardening. With deep chamber construction, precise temperature control, and efficient quenching systems, it ensures consistent hardness and structural integrity for shafts, rods, and tool parts. Types of Furnaces Pit Type Gas Nitriding Furnaces, Pit Type Gas Carburizing Furnaces, Pit Type Tempering Furnace, Process Gas Nitriding/ Nitro-Carburizing – Nitriding+ Oxidation – Case Carburizing/ Hardening – Tempering/ Stress Relieving Specification: 7' HMI+PLC SCADA system Temperature PID controller System Heating Thyristor Controller CP-Carbon Controller Door Up-Down Hydraulic Power Pack Fibrovac lining work

S.R. Thermal Solution's Pit Type Gas Carburizing Furnace is specially designed for deep case hardening of steel components through precise carbon diffusion. With uniform heat distribution, robust construction, and advanced gas control systems, it delivers consistent and repeatable carburizing results—ideal for gears, shafts, and heavy-duty parts. Specification: 7' HMI+PLC SCADA system Temperature PID controller System Heating Thyristor Controller CP-Carbon Controller Door Up-Down Hydraulic Power Pack Fibrovac lining work Application: Crankshafts Aluminium Extrusion Die Fuel Injectors Piston Rings Gears Types of Furnaces Pit Type Gas Nitriding Furnaces, Pit Type Gas Carburizing Furnaces, Pit Type Tempering Furnace, Process Gas Nitriding/ Nitro-Carburizing – Nitriding+ Oxidation – Case Carburizing/ Hardening – Tempering/ Stress Relieving

Specifications Power: 15.25 kW Material Grade: Nichrome 80/20 Wire Make: Kanthal Design: Centre Rod & Ceramic Tube provision Applications Sealed Quench Furnaces (SQF) Continuous Gas Carburizing Furnaces (CGCF) Key Features Fully argon-welded for enhanced durability Made with the best quality ceramic material Benefits Increased Efficiency Improved Temperature Control

Specifications Material Grade of Burner: HU Casting Burner Tube: Inconel 800 Key Features Exceptional Quality: Engineered for durability and reliable performance in demanding applications. Long-Term Lifespan: Built to withstand high temperatures and continuous operation. Best Rate in the Industry: Offering unbeatable value without compromising on quality. Our burners are designed to enhance furnace efficiency and ensure consistent heat treatment results.

High-Temperature Resistance Designed to withstand extreme temperatures in industrial applications. Durable Construction: Made from corrosion-resistant materials for long-lasting performance. Versatile Use: Ideal for delivering gases like oxygen, nitrogen, or ammonia in heat treatment and furnace operations.

Robust reliable oxygen probe also for most difficult applications like high temperatures and high carbon levels consistently modular design Maintenance by the manufacturer but also by the user self possible low cost of ownership based on long lifespan mechanical cleaning mechanism to minimize drift and increase the life time between maintenance Supplied with test certificate for both new probe and probe after maintenance

Process Control Software for Heat Treatment Plant Visualization, Process Documentation and Alarm Handling. Any number of furnaces and furnace lines can be connected. Based on a modern open source database system. Consists of server components for field communication, process management, system control and connection to higher-level systems and operating software. Runs under MS Windows, Linux and Mac OS User management for the activation of functions, login with user name and password.

Oxygen probe for determining nitriding and nitrocarburizing atmospheres as a supplement to Hydrogen sensor H2S and the sensor module SM01 Vacuum-tight design, suitable for evacuatable furnaces Supplied with test certificate both for new device and after maintenance In different lengths between 500mm and 900mm available

S.R. Thermal Solution’s Sealed Quench Furnace is designed for controlled atmosphere heat treatment processes like carburizing, carbonitriding, and hardening. It ensures minimal oxidation, uniform heating, and fast quenching in an enclosed environment, delivering consistent metallurgical results with high productivity and safety.