Plot No. 46, Gali No. 1, Basai Industrial Area, Gurgaon – 122006 (HR.)
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Services
Innovative Heating Solutions for Industries Worldwide
1. Annealing Furnaces
Annealing furnaces are designed for heat treatment processes to improve the ductility and reduce the hardness of materials. Our range includes specialized furnaces for nano CT cores, amorphous cores, and bell-type amorphous cores, ensuring precise temperature control and uniform heating.
Features:
- Nano CT Core Annealing Furnace: Ideal for nano crystalline cores, ensuring optimal magnetic properties.
- Amorphous Core Annealing Furnace: Designed for amorphous metal cores, providing consistent heat treatment.
- Bell Type Amorphous Core Annealing Furnace: Offers efficient annealing with a bell-shaped design for uniform heating.
2. Kilns & Furnaces
Annealing furnaces are designed for heat treatment processes to improve the ductility and reduce the hardness of materials. Our range includes specialized furnaces for nano CT cores, amorphous cores, and bell-type amorphous cores, ensuring precise temperature control and uniform heating.
Features:
- Roller Type Kiln & Furnace: Continuous processing with roller conveyor systems.
- Trolley Type Kiln & Furnace: Suitable for ceramic industries, offering batch processing.
- Electrically Chamber Type Kiln & Furnace: Compact design with precise temperature control.
- Tunnel Kiln: Ideal for large-scale, continuous production processes.
3. Electrically Conveyor Type Sintering Furnace with Ammonia Cracker
Electrically Conveyor Type Sintering Furnaces with Ammonia Cracker are engineered for high-efficiency sintering processes, combining precise thermal treatment and controlled atmospheres to enhance material density, strength, and performance. Our system integrates a continuous conveyor mechanism with an advanced ammonia cracker, ensuring uniform sintering for components such as metal alloys, ceramics, and precision industrial parts.
Features:
- Automated continuous processing: High-throughput conveyor system for seamless, large-scale production.
- Hydrogen-rich atmosphere: Ammonia cracker prevents oxidation, ensuring clean, contamination-free results.
- Multi-zone precision heating: Uniform temperature control for complex geometries and superior material properties.
4. Gas fired high temp. furnace for 1500 oC
Gas Fired High Temperature Furnaces are built to deliver extreme heat capabilities, reaching temperatures up to 1500°C, ideal for demanding applications in metal processing, ceramics, glass manufacturing, and advanced material research. This furnace combines robust construction with energy-efficient gas combustion technology, ensuring reliable performance for high-temperature sintering, annealing, and heat treatment processes.
Features:
- High-efficiency gas combustion: Optimized fuel utilization for rapid heating and reduced operational costs at ultra-high temperatures.
- Advanced refractory insulation: Ensures minimal heat loss, uniform temperature distribution, and prolonged thermal stability.
- Precision temperature control: Equipped with programmable logic controllers (PLCs) and safety systems for accurate, repeatable results in extreme conditions.
5. Aluminium Melting & Holding Furnace
Aluminium Melting & Holding Furnaces are engineered for efficient melting, refining, and temperature maintenance of aluminium alloys, catering to foundries, recycling plants, and automotive industries. Designed for durability and energy efficiency, these furnaces ensure optimal metal quality, reduced oxidation, and extended holding times to support continuous casting or die-casting operations.
Features:
- High thermal efficiency: Advanced burner technology and insulation minimize energy waste, ensuring rapid melting and consistent holding temperatures.
- Robust refractory design: Resists corrosion and thermal stress, extending furnace lifespan even under continuous heavy-duty use.
- Precise temperature control: Automated systems maintain ±5°C accuracy to prevent overheating and ensure uniform metal quality.
6. All Type of Enamelling Furnace
Enamelling Furnaces are designed for versatile application across industries requiring high-quality, durable enamel coatings on metal components, cookware, appliances, and decorative products. These furnaces ensure uniform heating, precise temperature control, and optimal curing conditions to achieve flawless finishes, enhanced adhesion, and resistance to corrosion or wear.
Features:
- Adaptable design: Compatible with various substrates (steel, copper, cast iron) and enamel types for flexible production needs.
- Precision temperature management: Multi-zone heating and programmable profiles ensure consistent curing and gloss retention.
- Energy-efficient operation: Advanced insulation and heat recovery systems reduce energy consumption while maintaining process stability.
7. Pit-Pot Type Furnace
Pit-Pot Type Furnaces are engineered for heat-treating large, heavy, or irregularly shaped components, such as industrial castings, forgings, or tooling, where vertical loading and uniform heating are critical. Designed with a deep-chamber “pit” structure, these furnaces ensure efficient heat distribution, minimal distortion, and ease of loading/unloading for high-volume or oversized parts in industries like automotive, aerospace, and heavy machinery.
Features:
- Vertical chamber design: Facilitates safe loading of bulky components with overhead crane compatibility.
- Uniform thermal profile: Multi-zone heating and high-efficiency burners ensure consistent results for large-scale parts.
- Robust insulation: Minimizes heat loss and operational costs while maintaining precise temperature control up to 1200°C.
8. Holding & Tempering Type Furnaces
Holding & Tempering Type Furnaces are specialized for stabilizing and stress-relieving materials after initial heat treatment, ensuring enhanced mechanical properties and dimensional stability. Ideal for processes like glass tempering, tool steel conditioning, or post-quench annealing, these furnaces combine precise low-temperature control with extended holding durations to achieve optimal hardness, toughness, and resistance to wear or deformation.
Features:
- Dual-stage functionality: Seamlessly transitions between high-temperature holding and low-temperature tempering cycles.
- Precision low-range control: Maintains ±3°C accuracy for critical stress-relief applications.
- Energy-efficient airflow: Uniform forced convection ensures rapid, even cooling and heating for batch or continuous operations.
Innovative Heating Solutions for Industries Worldwide
1. Stack Height Chimney for Generator
Stack Height Chimneys for Generators are engineered to safely disperse exhaust gases from diesel/petrol generators, ensuring compliance with environmental regulations and minimizing ground-level pollution. Designed for industrial, commercial, or backup power systems, these chimneys feature robust materials and optimized height to enhance airflow, reduce backpressure, and mitigate noise, while withstanding harsh weather conditions and corrosive emissions.
Features:
- Regulatory compliance: Customizable height and diameter to meet local emission standards and ensure safe gas dispersion.
- Durable construction: High-grade steel or reinforced concrete with anti-corrosion coatings for longevity in extreme environments.
- Efficient exhaust management: Reduces engine backpressure, improving generator efficiency and operational lifespan.
2. SS Chimney for Furnaces
Stainless Steel (SS) Chimneys for Furnaces are designed to handle high-temperature exhaust gases, acidic fumes, and abrasive particulates from industrial furnaces, kilns, or incinerators. Built with corrosion-resistant stainless steel, these chimneys ensure reliable thermal performance, minimal maintenance, and compliance with industrial safety standards, making them ideal for metallurgical, chemical, or ceramic processing plants.
Features:
- High-temperature resistance: SS 304/316 construction withstands sustained heat up to 900°C and thermal cycling.
- Corrosion protection: Resists acidic condensates and aggressive flue gases for extended durability.
- Modular design: Easy installation, maintenance, and scalability to match furnace capacity upgrades.
3. MS Chimney for Furnaces
Mild Steel (MS) Chimneys for Furnaces provide a cost-effective and durable solution for venting high-temperature exhaust gases in industrial settings where extreme corrosion resistance is not the primary concern. Designed for applications in metal processing, foundries, or heat treatment units, these chimneys combine robust structural integrity with protective coatings to withstand moderate thermal stress and environmental exposure, ensuring reliable performance and compliance with industrial ventilation standards.
Features:
- Cost-efficient durability: Constructed from heavy-duty mild steel for strength and affordability in non-corrosive environments.
- Thermal resilience: Designed to handle exhaust temperatures up to 600°C with optional insulation for enhanced heat management.
- Customizable protection: Galvanized or painted finishes to combat rust and extend service life in moderate operating conditions.