Precision Heat, Perfect Hold

Alumininum Holding Furnace

We offer an Aluminum Melting Furnace that offers critical solutions for the melting of non-ferrous metals such as lead, aluminum, and zinc. The application of alternative heating technologies depends on the requirements for melt quality, productivity, and energy efficiency. In principle, either electric or gas-fired furnaces can be used.

In this context, with respect to costs, the local pricing for the alternative energy plays a decisive role. This has a cast crucible and uses Kanthal A1 heating elements as the main heat source, solid aluminum is fused at high temperatures, and the crucible furnace is designed to hold its temperature. Furnace is used primarily for melting Aluminum Alloys for ingot, Die casting, sheet, wire, and Extrusion industries. Unique Furnace.

Precision Tilting for Perfect Melts

Aluminium Tilting Furnace

The tilting furnace is tilting furnace can be used manually or as part of an automated system. Thermomech tilting furnaces are particularly suitable for melting. Mechanism and Operation: The tilting furnace operates using various mechanical systems, including hydraulic, lead screw transmission, and worm gear and worm mechanism.

Efficient and uniform melting performance
Precision tilting mechanism for controlled pouring
Robust construction for long operational life
Energy-efficient heating system

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Advanced Heating for Reliable Results

Tempering & Pre Heating Furnace

A tempering furnace is a type of industrial oven designed to heat treats a ferrous metal product and increase its toughness. In metallurgical terms, the toughness of an alloy describes its capacity for elastic deformation and energy absorption before the material fractures. Preheating furnaces are used to gradually raise the temperature of your metals as it passes through the furnace on the way for further heating. Reheating furnaces on the other hand are used for heat control while working with batches of metal.

Uniform temperature distribution for consistent results
Advanced control system for accurate temperature management
Energy-efficient and durable design

Precision Heat Treatment on the Move

Mesh Belt Furnace

Mesh belt furnaces are suitable for a wide range of heat treat applications including hardening, annealing, tempering and stress relieving furnaces can be designed for single or multi-zone operation and water-cooled zones can also be offered.

Each mesh belt furnace can be supplied with both inert and reactive atmospheres, O2 monitoring and compliance with AMS 2750G.The number of controlled heating and cooling zones, length of zones, belt width, control cabinets, and type of atmosphere control system can all be specified to meet individual customer’s processing requirements.

Continuous operation for high production efficiency
Uniform heating and controlled temperature zones

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Efficient Rotation. Enhanced Metallurgy

TRIIA Rotary & Gas Carburizing Furnace

Gas carburizing is a heat treatment process used to increase the surface hardness of steel components by diffusing carbon into the surface layer. This process involves heating the steel to a high temperature in a carbon-rich atmosphere, allowing carbon atoms to penetrate the surface and diffuse into the material. The depth of this carbon-enriched layer, known as the case, can be controlled by adjusting the carburizing time and temperature. After carburizing, the component is typically quenched and tempered to achieve the desired hardness and microstructure.

Uniform heat distribution through rotary motion
Precise control of temperature and gas atmosphere
High surface hardness and core toughness

Where Precision Meets Productivity

Solution Treatment Drop Bottom Furnace

The equipment is mainly used for solution hardening and artificial aging heat treatment of aluminium alloy work pieces, and the annealing heat treatment of aluminium alloys.

Air atmospheres are used for the solution heat-treatment process. The ideal temperature range for the atmosphere is between 450 and 575°C (842 to 1067°F). However, the exact temperature required is dependent on the alloy composition of the particular aluminium part. Once this target temperature is known, the atmosphere should be heated to within ±10°F of that target.

Rapid heating and quenching for superior mechanical properties
Uniform temperature control across all zones
Robust drop-bottom mechanism for quick transfer and cooling

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Precision in Every Bond

Controlled Atmospheric Brazing High Temp Furnace

Controlled Atmosphere Brazing is a meticulous, multi-step process designed to ensure precision and consistency. Cleaning and Degreasing: Parts are cleaned to remove oils, dirt, and contaminants, ensuring optimal adhesion during brazing.

Metallization: Proprietary thick film molybdenum/manganese or molybdenum/manganese/tungsten paint is applied to ceramic components to promote the even flow of braze alloy and prevent oxidation.
Brazing: Parts are heated in a continuous furnace with a controlled atmosphere (typically nitrogen), enabling the braze alloy to melt and flow into joints without oxidation.
Cooling: Components are cooled in a controlled environment to solidify the joint and maintain structural integrity.

There are a number of key techniques used for maintaining the ideal atmosphere and temperature in the furnaces. The use of continuous furnaces ensures consistent and uniform heating throughout the brazing process. Controlled flow of inert gases, such as Argon, creates an oxygen-free environment that minimizes oxidation. Specialized fluxes are applied when brazing components to promote even alloy flow and protect the base materials during heating. Precise temperature control is critical, often managed through advanced monitoring systems that ensure the brazing alloy melts at the exact temperature needed to form strong, durable joints without damaging the base metals.

Powerful Heat. Precise Results

Bogie Hearth Furnace

Bogie hearth furnaces are used for high charge weights. The bogie hearth can be loaded outside the furnace using a crane or forklift. The electric car drive enables the bogie to be moved easily. By using several bogies,

The furnace system can also be designed for an automatic bogie exchange. Depending on the application temperature and purpose, these furnaces are available as forced convection bogie hearth furnaces up to 850 °C, and above this temperature as radiant ovens. All models can be electrically or gas-fired. The gas furnace can be designed with direct or indirect heating. Indirect heating is recommended if the charge is sensitive to combustion gas.

Robust bogie design for easy loading and unloading
Uniform temperature distribution for consistent results

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Deep Heat for Precise Treatment

Pit Type Furnace

Pit-type and Top-Loading Furnaces are very suitable for the heat treatment of long or heavy components. In Most cases, charging is carried out with an indoor crane. Thanks to their powerful air circulation, the furnaces with a maximum temperature of up to 850 °C achieve a very good temperature uniformity. The radiation-heated top-loading furnace for the temperature range up to 1250 °C also achieve very good temperature uniformity in the upper temperature range due to their five-sided heating.

Vertical design ideal for shafts, rods, and cylindrical components
Uniform temperature distribution for precise heat treatment
Compact structure saving floor space

Seamless Operation. Superior Efficiency

Continuous Type Furnace

Continuous furnaces are the right choice for continuous processes with fixed cycle times, such as drying, Preheating, curing, aging, vulcanizing, or tempering. The furnace design depends on the required throughput, the process requirements for the heat treatment, such as the process temperature, and the required cycle time.

Designed for continuous, high-volume production
Uniform heating across all temperature zones
Energy-efficient and reliable performance
Automated material handling for smooth workflow

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Perfect Heat. Perfect Hardness

Sealed Quench Furnace (SQF)

Sealed furnaces are standard furnaces with a protective gas connection in which the housing is sealed and the Door design is adapted. These furnaces are suitable for processes without high requirements with respect to Residual oxygen, or for heat treatment of components that are to be processed afterwards.

Fully sealed design for oxidation-free heat treatment
Precise temperature and atmosphere control
Uniform heating and consistent quenching results
Energy-efficient operation with advanced insulation

Alumininum Holding Furnace

Aluminium Tilting Furnace

Tempering & Pre Heating Furnace

Mesh Belt Furnace

TRIIA Rotary & Gas Carburizing Furnace

Solution Treatment Drop Bottom Furnace

Controlled Atmospheric Brazing High Temp Furnace

Bogie Hearth Furnace

Pit Type Furnace

Continuous Type Furnace

Sealed Quench Furnace (SQF)

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Industrial Furnace

Alumininum Holding Furnace

Aluminium Tilting Furnace

Tempering & Pre Heating Furnace

Mesh Belt Furnace

TRIIA Rotary & Gas Carburizing Furnace

Solution Treatment Drop Bottom Furnace

Controlled Atmospheric Brazing High Temp Furnace

Bogie Hearth Furnace

Pit Type Furnace

Continuous Type Furnace

Sealed Quench Furnace (SQF)

About Us

Quick Links

Our Gallery

Contact Us