Find Verified Industrial Heaters Burners Furnaces Ovens Suppliers, Manufacturers and Wholesalers

We are an ISO 9001:2015 certified manufacturer and exporter of heavy-duty Brass and Multi-Metal Boiler Fittings and Steam Line Components. Engineered through precision hot-die forging and CNC machining, our boiler parts deliver exceptional thermal stability, zero steam porosity, and high burst pressure resistance in high-temperature, high-pressure steam and hot water environments.

Material Stainless Steel
Voltage 220 V
Capacity 0-2 Tph

Power 1-3 kw
Driven Type Electric
Pressure High

Business Type Manufacturer, Exporter
Type Boiler Tubes
Material Steel
Shape Round

Length 4000-5000mm
Application Industrial Use
Product Code Bs3059
Port India

Product Description -
DRI

Price of product ( USD price or FOB price) -
RS 150000.00

Twin Lobe Blower

Trading and exporters of high quality industrial, ovens, furnaces and Dryers, such as Brazing furnaces, Sintering Furnaces, Annealing Furnaces & all types of furnaces spares parts.

Continuous Coconut Shell Carbonization Furnace

This machine is equipped with:Auto-feeding Conveyor, Biomass Gasifier equipment, Dust-Removal Device, Gas cleaner system, PLC controlled and manual / automatic dual- control System, Cooling and Discharging conveyor, Carbonization Furnace and other equipments.

While Carbonization of the raw material inside of the Carbonization Furnace (like coconut shell, sawdust, Palm shell, rice husk, straw, wood scrap etc.), the produced Flue Gas is recirculated in pipeline and is fed back to Heating System after purification, becomes combustible gas (carbon monoxide, methane, ethane).

When the temperature reached, Carbonization furnace starting carbonizing the raw materials fed, producing the flue gases, which becomes a combustible gas after spray pour, cooling purification by the cooling purification system, to continue the carbonization Process, then Gasifier stops working or set on the minimal use.

Temperature is been regulated and controlled by control system. The Feeding of the Raw Material is also regulated for the Qualified End Product.

Based on the requirement of the Plant ie output of the finished Product, we can deploy a set of Furnace or Bank of furnace to yield the desired production quantum.

Plant Capacities : 300 kg/hr to 2000 Kgs/hr continuous type.

Rotary Hearth Furnace Based Pig Iron

This is the Latest Technology to Produce the Pig Iron or MS Iron out of the Iron Ore Fines and Non-coking Coal.

In this Technology, the Coal Consumption is the minimal as compared to the Tunnel Kiln Process or Rotary Kiln Process.

Through RHF, either Pig Iron (Fe=96-97% C=3.0-4.0%) or MS Steel (Fe=99% C=0.2% Mn=0.3% etc) or HBI (Hot Briquetted Iron) (Fe=92% C=0.25%) can be made, depending upon the requirement.

The entire time for the Reduction, Melting and Product Out will be around 45 min, so the larger capacity of the Plants can be made.

This process is also Lowest Space Consuming Plant.

The Best Part of this Technology is that we can Product the Ferro Alloys too, like Ferro Nickel (Fe-Ni), Ferro Chrome (Fe-Cr) or Ferro Vanadium (Fe-V) etc from the same Plant, by implementing different Parameters of Operations.

We can Control the Low Carbon Ferro Chrome, MS Steel and many more.

Coke less Blast Furnace

This Technology is the most efficient for the Existing Blast Furnace Plants to Produce the Pig Iron and that too on the Non-coking Coal instead of the Expensive Metallurgical Coal.

The most economical way to produce the Pig Iron from the Coal, but the Limitation is there, that is, it works well with MBFs (Mini Blast Furnace 60-80m3) only.

The Larger Capacity Blast Furnace are yet to be optimized and adjusted accordingly.

Thermic Fluid Heater

Steam Boiler Supply

Reboiler

Bioreactor

Alltech Coal burner is mainly composed of pulverized coal machine, host of combustion machine(including combustion chamber, automatic back and forth motion system, automatic rotation system, the combustion air supply system) high speed high power coal pulverizing mill control system, ignition system, storage service hopper with screw conveyer & accessories.

Alltech coal fired burner components performance

The broken hammer is made by NM500 high wear-resisting material of pulverizing mill.
The coal screw is controlled by frequency converter for coal supply system.
World-class accessories (motor, reducer, bearing etc).
The shell manufactured by super thick high strength steel plate, which avoid the body vibration effectively.

Host of combustion machine it is composed of combustion chamber, automatic back and forth motion system, automatic rotation system, the combustion air supply system.

Features:

Adopts new structure, change the traditional burner mechanism, exclusive use of rotary combustion burners to solve the traditional burn which is easy to slag-bonding, cannot burn completely etc.
High flame temperature, energy saving and completely burning
.
Adopts the exclusive ingredients of firebrick of high performance, prolong service life.
Production cost is low, is only the 1/2 of oil burner.

With high automaticity, convenient to control aggregate temperature, discharging aggregate through dry mixing drum.
Shell temperature measuring equipment return signal to the frequency changer of coal machine, change the aggregate temperature through frequency changer automatically control the volume of coal.
Ignite is simple and easy, auto and manual ignition is optional. Ignition oil gun nozzle with special structure, atomization effect, kerosene combustion.

G_ Pulverized Coal Fired Boilers
Single drum, single furnace, natural circulation pulverized coal fired boiler is regularly arranged with equilibrating ventilation, solid removal, all steel suspension structure, all welled membrane walls, control damper at the back passes. Platen super-heater, end super-heater and low temperature super-heater, economizer and air pre-heater are arranged along with smoke flow process in sequence.

Technical Features
1. The unit is equipped with tilting corner nozzles for a tangential firing system to keep the air dynamic field inside the furnace without tilting
2. The furnace is optimally designed with proven structures proper arrangement and thermal parameters. A certain control margin are reserved sufficient to ensure complete combustion, high thermal efficiency , safe and stable operation
3. The thick-light patent is adopted for the primary air to allow easy firing and anti-sintering
4. The damper structure makes it a nice appearance
5. Three stages arrangement for super-heaters and two stages of water spray de-super-heating.
6. Tubular air pre-heater with the primary and secondary air separate arrangement.

Brief Introduction of the CFB Boiler
The circulating fluidized bed boiler is a high pressure, single drum, steel structure and natural circulation boiler. The arrangement for the integrated boiler is adopted. Rectangular section of the combustion is adopted for the boiler. The membrane wall construction is arranged for the four sides walls of the furnace and enclosure of the rear pass. Water-cooled platen and secondary super-heater are arranged in the furnace while abrasion resistant refractory is lined in the emulsion zone at the lower part of the furnace to protect the furnace from erosion in operation. The super-heaters are divided into SH1, SH2 and SH3. Convection super-heater, economizer and horizontal tubular air pre-heater with primary and secondary airflow separators are arranged in the rear pass in sequence.
Two hot or steam-cooling cyclones with U type loop seal is arranged between the furnace and rear pass of the boiler. The cyclones are lined with refractory to assure reliable operation. Anti-explosion buck-stay and expansion center with non-metal expansion joint are arranged for the boiler to solve the tri-direction expansion problem.



Technical Features of the Boiler
* The design of the advanced water-cooled grid with even distributed air, large bell type nozzle, reasonable resistance and no blocking makes the boiler long service life ;
* Large width-to-depth ratio of the furnace to facilitate the secondary air passing through and being mixed ;
* High efficiency heat insulation cyclone separator is adopted ;
* Stable and reliable operation and high efficiency insulated or air-cooled cyclone ;
* Self equilibrating U type loop seal for returning the circulating material to make the control simple and reliable ;
* Three stage super-heater arrangement with the secondary super-heater in the furnace to improve the radiant characteristic of the super-heater efficiency ;
* Spray type de-super-heating is adopted to get fast de-super-heating reliably and safely ;
* Tubular air pre-heater with the primary and secondary air separate arrangement.

We are the manufacture of cartridge heaters, if u interested in any specification,pls let me know.

We are the manufacture of nozzle heaters,if u interested in any specification,pls let me know.

Coil heater series
WE ARE THE MANUFACTURE OF COIL HEATERS.
It is a company that specializes in manufacturing all kinds of these products, has high-tech content.

SPECIFICATION:
1) Ni-Cr alloyed metal as heating element.
2) Round, square and rectangular cross sections.
3) Dimensions (cross sections in mm)
Square: 2x2mm,3x3mm, 3.5x3.5mm, 4x4mm,5x5mm,6x6mm,7x7mm,8x8mm
Round:1.5mm,1.8mm, 2.5mm,3mm, 4mm, 5mm,6mm,7mm,8mm
Rectangular: 4x2mm,4.2x2.2mm
4) Rated Voltage: 220V, 230V, 240V,380V,110V,127V,24V,36V,12V
5) Rated Power:30w (min)
6) Inner Diameter:6mm(min)
7) Length:20mm(min)
8) Type J and K thermocouples available
9) Luster: Polished or Sand-blasted

Band Heater series
Double-deck stainless steel heating circle HSB1-B2

We have established ourselves in international markets as a trusted firm, which is dealing in Annealing Furnace. It is made by utilizing highly qualitative components following the specifications of given by our patrons so as to gain their optimum satisfaction. In addition to this, the fabrication of this furnace is completed within committed time-frame. Reasonable amount is charged for fabrication of Annealing Furnace to suit clients\' budgetary constraints.

Product Description
Relying on our expertise in this domain, we are into offering High-Temperature Vacuum Furnace. A High temperature vacuum furnace is a type of furnace in which the product in the furnace is surrounded by a vacuum during processing. 3 chamber Vacuum furnaces are used to carry out processes such as annealing, brazing, sintering and heat treatment with high consistency and low contamination. Vacuum furnaces are used in a wide range of applications in both production industries and research laboratories. The absence of air or other gases prevents oxidation, heat loss from the product through convection, and removes a source of contamination. This enables the furnace to heat materials (typically metals and ceramics) to temperatures as high as 3,000 �°C (5,432 �°F) with select materials.



Features:

Consistency performance
User-friendly design
Easy and accurate clamping

SEGMENT- Boiler Economiser

SEGMENT- boiler flue gas waste heat recovery device

ECOFLAM BURNERS have Special Versions:

Ecoflam is known for its ability to conceive and manufacture flexible products and to propose customized solutions able to find a solution to any type of request.

The flexibility of the Ecoflam range makes it possible to guarantee a rapid response to each customer, even in the case of installations characterized by extremely high technical specifications.

Satisfied customers and a history full of successes all over the world show that over the years Ecoflam has been able to work at the customer's service, offering a wide range of special products able to satisfy even the most complex needs.

ECOFLAM Customized solutions for any type of application. The flexibility of Ecoflam solutions has enabled the introduction of a range of highly customizable products: from ECOFLAM family 12 kW to 80 MW.

6.4 MVA Furnace Shell Vessel Fabrication

We are undertaken For 6.4 MVA Furnace Shell Vessel Fabrication Size 3722 OD: x 2750 H x 32mm Weight 16000 Kgs, Furnace Shell Vessels made out of SA 516 Gr 70 Material. The vessels Consist of 32mm thk Shell, Dished end (32mm), Flange 65mm thk and Air Cooling Jacket.

Features:
Mostly fixed hearth
Diesel, LPG, natural gas, electrical
Complete plant for hardening tempering offered
Loading quenching unloading by fork attached to overhead crane
Quenching in 20-30 seconds as per arrangement
PLC controlled movement swift accurate time Bound
Strong agitation by quenchant recirculation jet splash on hot load eliminates vapor blanketing
cooling rate 800 degree C per minute
Quenchant cooled by plate type heat exchanger using cold water from cooling tower
Forced draft fan cooling for normalizing

Roller Hearth Kiln is a furnace that loads the product on the roller and make continuous production. It is used in various processes, including plastic working, firing, drying and degreasing, for a variety of production.
It is designed to implement continuity of automated production system and show excellence in speed variation by roller running per zone and rapid heat-up capability.

Batch Type Furnace can be comprised of several types, such as rack, roller or elevator, and pre-process product input and post-process product output is made in 1 cycle.
Batch Furnace is used for plastic working, firing, drying and degreasing of various products.
Unlike the continuous furnace, it can be installed in an independent location, with advantages of convenient layout and excellent price competitiveness.

Mesh Belt Type Furnace is designed to load the product on the mesh belt and make continuous production. It is used in various processes, including plastic working, firing, drying and degreasing, for a variety of production. Using the muffle, Mesh Belt Furnace offers stable ambient control, rapid heat-up time and radiating energy saving. It is designed to implement continuity of automated production system and uniform production based on ambient per zone and temperature control.

Pusher Furnace, a representative equipment in the firing process, is designed to push the conveyor using the pusher to move the product. It is used for the firing process of various types of products and it shows excellent heat resistance, insulation efficiency and wear resistance against the conveyor. Designed as a tunnel type, Pusher Furnace implements continuity of automated production system and uniform production based on ambient per zone and temperature control.

Our steam pressure reducing station are pre-fabricated manufactured ready to install units for steam system management. The pre-assembled steam pressure reducing stations are individually sized to meet end-user's specific needs. lnlet and outlet piping & valve are sized as per best engineering practices. Each unit is custom engineered and designed to meet specific system requirements.

All upstream & down stream pipe work & fittings are adequately sized to ensure that only the required pressure drop occurs across the control valve itself.

Fully Automatioc Coil Type Boiler
Fully automatic, instant steam generating range of boilers designed for safe and reliable operations. Easy to install and commission, these time-tested boilers require very little maintenance. It features a specially designed furnace and combustion system to burn difficult heavy oils and offers fuel flexibility between light and heavy oils to help respond to fluctuating fuel prices.
Salient Features:
High Efficiency.
Large Steam & Water Volumes.
Less Maintenance
Unique patented membrane design
Built-in heat recovery device
Membrane design allows large tube diameter for coil enabling better steam dryness, less frequent de-scaling, longer coil life and minimum downtime
Unique economiser - optimiser design ensures maximum heat recovery without possibility of feed water pump failure due to boiling/ vapour causing cavitations and pump failure
Unique circulation burner design prevents leakage and eliminates fire hazard
Ceramic wool refractory allows fast cooling of top plate and easy maintenance
Easy access to all parts requiring maintenance.
Capacity:500 kg./hr. to 850 kg./hr.
Pressure:10 kg/cm2 to 20kg/cm2
Fuel:Coal / Wood / Lignite / Petcock

3-PASS FULLY WET BACK STEAM BOILER
Thermal-Max Steam Boiler
Smoke tube type system boiler with three pass fully wet back design, suitable for cal / agro waste / oil / gas fuel.
Salient Features:
Factory-assembled horizontal package boiler.
Less site work & quick commissioning
Suitable for coal, wood & briquetted fuel.
Manual firing - less complexity.
Large integral furnace - minimum heat loss.
High turn-down ration.
End to end visibility of tubes.
Easy access for inspection & cleaning.
Quick and easy ash removal.
Low excess air burners, imported / indigenous.
Capacity:Oil Fired - 500 kg./hr. to 8000 kg./hr.
Solid Fuel Fired - 500 kg./hr. to 6000 kg./hr.
Pressure:10 kg./cm2 to 35kg./cm2

A unique design of the pre-furnace consists of lateral wall made of finned tube connected to the boiler body through headers.
Salient Features:
Complete gas-tight construction.
Greater absorption of radiant heat.
Fast water circulation resulting in accelerated start up and better boiler response to load fluctuations.
Designed to give full load efficiency upto 80%.
Optional FBC System for Capacity above 5000 kg./hr. for Automatic Firing.
Capacity:1000 kg./hr. to 15000 kg./hr.
Pressure:10kg./cm2 to 35 kg./cm2
Fuel:Coal / Wood / Lignite / Paddy Husk / Petcock / Saw Dust /
Bagasse / Palm Oil Extracts / etc.

Vertical Four Pass Thermic Fluid Heater is combustion grate that gives you an assurance of the rated output on any solid fuels like coal, wood, lignite, husk, briquettes, pet coke, saw dust, bagasse, etc. without compromising on performance & efficiency. This reduces downtime leading to further increase in profitability.
Every solid fuel has different physical and chemical properties which influences the design and performance of the furnace in Thermal Fluid Heater. Different combustion systems are shown in above diagrams.
Low grade fuels are best handled using FBC technology to give good results. Thermal's unique design for efficient combustion suits different solid fuels like coal, lignite, wood, husk, pet coke, bagasse and biomass fuels resulting in to low operating cost, trouble free operation and lesser maintenance husk, agis best suited for some fuels with high ash content like low grade coal, paddy ro wastes etc.
FBC technology ensures complete combustion, helps homogeneous mixing of fuel, maintains uniform bed temperature and leaves low un-burnt fuel guaranteeing 5 to 7% higher efficiency than any other combustion system.Options of In-Bed Tubes in Furnace is also available to control bed temperature & system performance.
Fluidized Bed Combustion Technology is best suited for fuels like low grade coal, imported coal, paddy husk, petcock, etc with Auto feeding system of Over bed & Under bed into Furnace.
Salient Features:
Multi Fuel Fired System
Cost Efficient Unit
Also with Latest FBC System
Automatic Firing of Solid Fuel as similar to Oil & Gas
Capacity:600,000 to 10,000,000 kcal/hr.
Temperature:upto 400©C
Fuel:Coal / Wood / Lignite / Paddy Husk / Petcock / Saw Dust / Bagasse / Palm Oil Extracts / etc

Industrial Hot Water Generators are vented systems provide temperatures up to 98°C. Pressurized systems are essentially closed loop required for indirect heating and provide temperatures up to 150°C without boiling or steam formation. The system is suitable to heat water up to 250°C with combustion of any solid fuels like wood, coal, bagasse, corn cobs, agrowaste, lignite, petcoke, etc. System is designed with all safeties & controls well defined for safe operation without lesser maintenance.
Salient Features:
Heat transfer efficiency
Long thermic fluid life
Corrosion free
No scale problems
No boiler regulation
High temperature
Abrasion resistant
Easy to use
Capacity:600,000 to 10,000,000 kcal/hr.
Temperature:upto 200°C
Fuel:Coal / Wood / Lignite / Paddy Husk / Petcock / Saw Dust / Bagasse / etc

This is basically A heat transfer equipment to heat air prior to entering in the furnace with a primary object to increase thermal efficiency of hot flue gases are passed through the tubes and air outside the tubes. The heat of the boiler flue gas is recovered in APH to increase the air temperature & the thermal efficiency is increased. Another advantage is that the flue gas is sent to chimney stack at lower temperature allowing simplified design of ducting & flue gas stack. It also allow controls the temperature of flue gas leaving the stack to meet emissions regulation / pollution control.
Salient Features:
Easy installation
Low maintenance cost
Robust construction
Compact
High efficiency

Muffle Furnace

Additives for concrete, cement, plastering mortar, reinforce weak ground, improve soil

Benefits
Reducing hydration, increasing waterproofing, increasing durability, reducing costs for concrete

HRU for boilers and heaters

High pressure boiler capacity 500 kgs to 6000 kgs for fatty splitting

Gas train for boilers and heaters

Gas and oil burner spares

Water tube boiler capacity upto 35 tph and 28 kgs pressure

water tube boiler capacity upto 35 tph and 28 kgs pressure 2

Water Tube Boiler flow diagram

Air pre heaters for boilers and heaters

Tonexus carbon capture and storage oil and gas technology uses a fast-absorbing, low-energy solvent (<2.0 t steam/tCO), advanced heat recovery, and optimized gas-liquid separation to minimize solvent loss. This sophisticated wet scrubbing technology, combined with efficient equipment and energy-saving design, achieves leading performance and low operational costs in China's carbon capture at source industry.

CO Capture via Wet Scrubbing Technology: The Capture and Regeneration Process
Our carbon capture technology responds to the needs of owners to capture and recover CO from flue gases. The absorption solvent (the core of the wet capture technology)used has a fast absorption rate, a high net COâ?? capture load, and the lowest regeneration energy value in China (the lowest regeneration energy value can be less than 2.0t steam/tCO)

In terms of heat utilization within the carbon capture steel device, the proprietary heat exchanger equipment is designed with a perturbed structure to achieve a very low temperature difference(5~7k)at the hot end of the heat exchanger, realizing highly efficient heat recovery and utilization. At the same time, the latent heat of regenerated gas is skillfully applied to solve the problem of unutilized latent heat of regenerated gas in the traditional process.
Within the low-carbon transformation of industrial and energy sectors, flue gas services cover the integrated technical work of capture, purification, conditioning and subsequent utilization or storage of carbon dioxide present in combustion exhaust gases. Operators providing such services must account for both the cost of carbon per ton and the CCUS cost per ton, because these two indicators define the commercial viability, technical route selection and long-term operating performance of emission reduction projects.

For more details of flue gas denitrification, please leave us a message.

As a carbon capture sequestration technology co., ltd., we will do our best to meet all the needs of clients.

Product Features
1. Adopting a wet back structure, offsetting the furnace chamber, and corrugated furnace liner greatly improves the heating surface and strength.
2. The boiler has a large heating surface area, fast temperature and pressure rise, and easy operation.
3. Reasonable and compact structure, strong load adaptability, complete combustion, and high thermal efficiency of 105%.
4. The condenser is made of high-quality sulfuric acid dew point corrosion resistant steel 09CrCuSb (ND steel) spiral finned tubes, which have a long service life.
5. The condenser is installed on the upper part of the boiler, without occupying any space, and the condensed water on the heat transfer surface can also be naturally discharged.
6. The safety accessories of the main body are complete, ensuring safe and economical operation.
7. Equipped with high-quality and high-performance burners, the combustion is stable and reliable. Ultra low nitrogen emissions, meeting the strictest environmental standards.
8. High degree of automation, saving labor.
9. The boiler has a small volume, light weight, small footprint, and low infrastructure investment.