• Automatic feeding burner

a mechanical device designed to deliver fuel—typically biomass pellets, wood chips, or coal—to a combustion chamber without manual intervention. These systems are widely used in industrial boilers, furnaces, and domestic pellet stoves to maintain consistent heat output and improve operational efficiency.

• Industries feeding burner

Biomass pellet burner, Biomass pellet, Automatic feeding burners are critical for industries that require 24/7 high-temperature operations, consistent steam pressure, or large-scale drying. By replacing manual labor with automated augers and sensors, these sectors reduce fuel costs by up to 60% and eliminate human error

• Manual feeding 1 kg

Capacity: Burns roughly 1 kg of fuel per hour, generating ~5 kW of heat.
Operation: Requires a person to manually add fuel every 45–60 minutes.
Design: Usually a simple firebox or "rocket stove" style without moving parts.
Best For: Small food stalls, hobbyist workshops, or testing new fuel types.

• Manual feeding burner

A manual feeding burner is a basic combustion system where the operator physically loads fuel into the fire chamber. Unlike automatic systems, it lacks motorized augers or sensors, making it simpler but more labor-intensive.
Core CharacteristicsFuel Loading:
The operator must open a door or top lid to add fuel (wood, coal, or briquettes) by hand.
Control:
Temperature is managed manually by opening or closing air dampers (vents) to regulate oxygen.
Simplicity:
It has no electronic components, motors, or gearboxes, which makes it highly durable and easy to repair.

• Compact Pellet Burner

This industrial biomass burner is specifically designed for the bakery industry but is versatile enough for other sectors. It uses wood pellets as a cost-effective and carbon-neutral alternative to oil or gas.
JECB-50: 50,000 Kcal/hr capacity with a 7–12 kg/hr feeding rate.
JECB-150: 100,000 Kcal/hr capacity with an 8–20 kg/hr feeding rate.
JECB-300: 200,000 Kcal/hr capacity with a 20–48 kg/hr feeding rate.

• Aluminum Melting Furnace

This furnace is engineered for high-performance melting of aluminum and its alloys. It features a robust design with integrated automation for consistent output.
Key FeaturesFully Automatic:
Automated fuel feeding and temperature regulation.
Eco-Friendly: Designed for smooth, smokeless firing to maintain a cleaner workspace.
Efficiency: High-speed melting with low fuel consumption compared to traditional oil burners.
Maintenance: Built for easy installation and low-cost long-term maintenance.

• Thermic Fluid Heat Exchangers

High-Efficiency Pellet Fired Thermic Fluid Heat Exchangers
Our JK Enterprises Thermic Fluid Heat Exchangers are engineered for maximum thermal efficiency and significant cost savings. Designed specifically for industrial applications requiring high-temperature heat transfer without the high pressure of steam systems, these units are the ideal choice for modern manufacturing.

Key Features & Benefits
Significant Cost Savings: Guaranteed 30% to 50% reduction in fuel costs.
Eco-Friendly Design: Specifically designed as a pellet-fired thermic fluid heater, supporting sustainable energy practices.
Fully Automatic Operation: Features a PLC Control Panel and Low Fuel Alarm for hassle-free, "silent" operation.
High Performance: Achieves 90% ±2% thermal efficiency with an insulated wet-back, 2-pass/3-pass design.
IBR Exempt: Operates outside the purview of IBR (Indian Boiler Regulations), simplifying installation and compliance.
Versatile Fuel Options: Supports both Pellet and Gas firing to suit your operational needs.

Technical Specifications
We offer a range of models (JETFH-100 to JETFH-1000) to match your specific heat output requirements:
Heat Output: Ranges from 100,000 to 1,000,000 Kcal/Hr.
Max Outlet Temperature: Up to 300°C.
Electrical Supply: 440 Volts, 3 Phase, 4 Wire.
Compact Footprint: Available in packaged models for easy integration.

• Hot Air Generator

Hot Air Generator by JK Enterprises, which is a prime example of a thermodynamic system used for industrial heating. It works by converting chemical energy from fuel into thermal energy, which is then transferred to a moving air stream.
Based on the technical specifications in the image, here is a breakdown of the thermodynamic principles at play:
Energy Conversion & TransferFuel Combustion:
The system uses biomass pellets or gas. Chemical energy is released as heat during combustion.
Convection:
The "Air Blower Motor" (ranging from 5 to 20 Kw) forces air across a heat exchanger. This is forced convection, where heat moves from the burner to the air.
Output: It can achieve a "Max Hot Air Outpu Temp" of up to 400° C, which is very high for non-steam systems.

• Steam Boiler with Pellet Burner

Steam Boiler with Pellet Burner manufactured by JK Enterprises. While similar to the Hot Air Generator discussed earlier, this system uses thermodynamics to produce pressurized steam rather than just hot air.
Here are the key technical details and features of this specific boiler system:
Thermodynamic DesignHorizontal Three Pass Design:
The combustion gases pass through the boiler tubes three times. This maximizes heat transfer from the fire to the water, significantly increasing efficiency.
Wet Back/Dry Back Options: These refer to how the rear of the boiler is cooled. A "Wet Back" design surrounds the rear combustion chamber with water, which further boosts thermal efficiency and reduces mechanical stress.
Net Thermal Efficiency: The system operates at 80% to 85% efficiency for pellets and up to 99% for gas, which is exceptionally high for industrial steam generation.

• Manual Scrubber Packing Machine

With One Die ,With Display ,Without Display

• Semi–Automatic Hydraulic Scrubber Packing Machin

One Side Working, Both Side Working

• Pneumatic Scrubber & Masala Packing Machine

Both Side Working

• Fully Automatic Paper Cup Making Machine

Machine Capacity: Depend on Machine Speed-(45- 50,50-60,60-70…..100-120 per Min) Cup Size: 0-100 ml and 80 ml to 350 ml(Depends on Bottom) Material Processed: Paper Machine Weight: 1800 kg- 2 ton Power Consumption: 4.5 KW Phase: Three Phase Voltage: 440V

• Paper Plate Making Machine (Manual , Semi , Automatic)

Machine Capacity: Depend on machine type Plate Size: 3” to 18 “ Weight: 150-350 kg Power Consumption: 2 HP Phase: Single Phase Voltage: 240 V
*DOUBLE DIE FULLY AUTOMATIC.
*SINGLE DIE FULLY AUTOMATIC.
*HYDRUALIC LEVER OPRATED MACHINE.
*SEMI AUTOMATIC HYDRUALIC PALTE MACHINE.
*FULLY AUTOMATIC HYDRUALIC PLATE MAKING MACHINE.

• Scrubber Making Machine

Machine Capacity: Depend on Machine Speed- ( 4-6 kg, 6 -8 kg, 8-10 kg) Material Processed: SS Weight: 600 kg- 2500 kg Power Consumption: 3 hp Phase: Single Phase Voltage: 240 V

• Scrubber Packing Machine

Machine Capacity: Depend on Machine Scrubber Size: 10 – 25 gm Weight: 60 kg- 150 kg Power Consumption: 2 hp Phase: Single Phase Voltage: 240V
*MANUAL PACKING MACHINE.
*SEMI AUTOMATIC SINGLE SIDE PACKING MACHINE
SEMI AUTOMATIC BOTH SIDE PACKING MACHINE. PNEUMATIC PACKING MACHINE.

• Bag Making Machine

Machine Capacity: Depend on Machine Bag Size: Medical size to Shopping size Weight: 1500kg – 2500 kg Power Consumption: 5 hp Phase: Three Phase Voltage: 440V

• Slipper Making Machine

Machine Capacity: Depend on Machine Die Size: Men , Women , Children Weight: 60 kg- 250 kg Power Consumption: 2 hp Phase: Single Phase Voltage: 240V
• SLIPPER MANUL MAKING MACHINE
• SEMI AUTOMATIC HYDRAULIC MACHINE
• AUTOMATIC HYDRAULIC MACHINE
•WITH ALL SET.

• Paper Cup Making Machine

Speed : 45-50 Per min
Production Capacity: 2000- 3000 per hours.
Electricity : 4.5 kw.(Three Phase.)
Machine Bottom : 48,52,57,57,85,95 mm
Cup Size : 50-100 ml , 80- 350 ml.
Machine Weight : 1500- 2000 Kg.
Machine Size : 7.5*3.5*4 foot.(L*W*H)

• Paper Cup Making Machine

Speed : 60-70 Per min .
Production Capacity: 4000-4800 per hours.
Electricity : 4.5 kw.(Three Phase.)
Machine Bottom : 48,52,57,57,85,95 mm
Cup Size : 50-100 ml , 80-350 ml.
Machine Weight : 1500-2000 Kg.
Machine Size : 7.5*3.5*4 foot.(L*W*H)

• Paper Cup Making Machine

Speed : 45-50 Per min
Production Capacity: 2000- 3000 per hours.
Electricity : 4.5 kw.(Three Phase.)
Machine Bottom : 48,52,57,57,85,95 mm
Cup Size : 50-100 ml , 80- 350 ml.
Machine Weight : 1500- 2000 Kg.
Machine Size : 7.5*3.5*4 foot.(L*W*H)

• Paper Cup Making Machine

Speed : 70-80 Per min .
Production Capacity: 4500- 5000 per hours.
Electricity : 4.5 kw.(Three Phase.)
Machine Bottom :48,52,57,57,85,95 mm
Cup Size : 50-100 ml , 80-350 ml.
Machine Weight : 1500-2000 Kg.
Machine Size : 7.5*3.5*4 foot.(L*W*H)

• Paper Cup Making Machine

Speed : 80-90 Per min .
Production Capacity: 5000- 6000 per hours.
Electricity : 4.5 kw.(Three Phase.) 01 8,00,000 –
Machine Bottom : 9,00,000 /- 48,52,57,57,85,95 mm
Cup Size : 50-100 ml , 80- 350 ml.
Machine Weight : 1500-2000 Kg.
Machine Size : 7.5*3.5*4 foot.(L*W*H)

• Paper Cup Making Machine

Speed : 90-100 Per min .
Production Capacity: 2000-3000 per hours.
Electricity : 4.5 kw.(Three Phase.)
Machine Bottom :48,52,57,57,85,95 mm
Cup Size : 50-100 ml , 80-350 ml.
Machine Weight : 1500- 2000 Kg.
Machine Size : 7.5*3.5*4 foot.(L*W*H)

• Paper Plate Hydraulic Lever

Operated Machine

• Semi–Automatic Paper Plate Making Machine

• Fully Automatic Paper Plate Making Machine

*2 Roll.
*4 Roll.
*6 Roll

• Double Die Fully Automatic Paper Plate Making Machine

Plate Size – 6” & 14 “

• Single Die Fully Automatic Paper Plate Making Machine

Plate Size – 6” or 14 “

• Double Die Double Unit Paper plate making machine

• Hand manual plate making machine

• All Dies