Minimum Order Quantity: 1 1 Pack contains : 1 Unit
Product details:
• Air-Flow Direction
• Vertical Down Airflow, Horizontal Air Flow, Duel Air Flow
• Capacity- 2000 Jeans to 20,000 jeans
• Display- Digital, Analog
• Max Temperature- 200 degree C
• Model- Batch Type & Camel Type Both
Product description:
We are manufacturer of Batch Type Curing Oven Conveyorise Curing Oven
We are an acclaimed name engaged in offering for our precious clients a superior quality range of Batch Curing Oven / Conveyorise Curing Oven. These ovens are manufactured by our industry-specialists using a high ranking basic material in observance with the quality standards. Under the command of quality inspectors, these industrial ovens are inspected strictly to ensure their excellence. Moreover, our clients can purchase these industrial ovens from us at industrial leading rates.
Features:
• Low maintenance
• High performance
• Industry approved design
• Safe limits of Insulations
• Multipoint temp monitoring
• Inside high temp resistant paint
Diesel/Gas Fired Ovens:
An efficient Heat Exchanger is used to transfer heat from the burner (burning the fuel) in the heated cabin to the Oven through ducts for a uniform temperature. They are designed for both Batch plants and conveyorized plants. Batch plant ovens have doors on both sides and are provided with appropriate material handling equipment for eg. Ground rails for smooth trolley movement or a small overhead conveyor system.
Batch Oven:
Curing Ovens with Conveyor allows easy usability, high production capacity, and low operational costs.
Thermo-block (Heating Unit) was mounted to the back side of the oven. There is a burner system in the heating unit, which turns the fuel into the flame and an exchanger system is made of stainless steel, turns the flame into heat and also fan system dispatches the heating air through the oven. The surface of the panels inside the oven is made from 1 mm Galvanize Sheet Metal, and the surface of the panel outside the oven is made from 1 mm Painted DKP Sheet Metal.There is an insulation material between the panels consists of the mixture of rock wool and glass wool preventing the loss of the heat.
The air canals in the oven are specially produced from a galvanized sheet and designed in order to distribute the heating air homogenously through the oven. The conveyor system is the mechanism called by Webb Type ( I — Beam Type). The conveyor trolleys mounted on the chain freely move on the NPI 80.100 profile. The carrying capacity of the unit burden on the conveyor is 140 kg/m. There are 600 mm gaps between each trolley. 4 jeans easily can be hung in every 600 mm gap on the conveyor.
In this system, the electrical materials using in the control box are Siemens or Telemecanique. Heat balance in the oven can be easily adjusted by taking the heating measurement from one point of the oven. According to the temperature in the oven, burner system cuts out and exhaust system cuts in automatically. By this way, the heating balance in the oven can be controlled and also prevented maximum energy consumption.
Minimum Order Quantity: 1 1 Pack contains : 1 Unit
Product details:
• Air-Flow Direction
• Vertical Down Airflow, Horizontal Air Flow, Duel Air Flow
• Capacity- 2000 Jeans to 20,000 jeans
• Display- Digital, Analog
• Max Temperature- 200 degree C
• Model- Batch Type & Camel Type Both
Product description:
We are manufacturer of Batch Type Curing Oven Conveyorise Curing Oven
We are an acclaimed name engaged in offering for our precious clients a superior quality range of Batch Curing Oven / Conveyorise Curing Oven. These ovens are manufactured by our industry-specialists using a high ranking basic material in observance with the quality standards. Under the command of quality inspectors, these industrial ovens are inspected strictly to ensure their excellence. Moreover, our clients can purchase these industrial ovens from us at industrial leading rates.
Features:
• Low maintenance
• High performance
• Industry approved design
• Safe limits of Insulations
• Multipoint temp monitoring
• Inside high temp resistant paint
Diesel/Gas Fired Ovens:
An efficient Heat Exchanger is used to transfer heat from the burner (burning the fuel) in the heated cabin to the Oven through ducts for a uniform temperature. They are designed for both Batch plants and conveyorized plants. Batch plant ovens have doors on both sides and are provided with appropriate material handling equipment for eg. Ground rails for smooth trolley movement or a small overhead conveyor system.
Batch Oven:
Curing Ovens with Conveyor allows easy usability, high production capacity, and low operational costs.
Thermo-block (Heating Unit) was mounted to the back side of the oven. There is a burner system in the heating unit, which turns the fuel into the flame and an exchanger system is made of stainless steel, turns the flame into heat and also fan system dispatches the heating air through the oven. The surface of the panels inside the oven is made from 1 mm Galvanize Sheet Metal, and the surface of the panel outside the oven is made from 1 mm Painted DKP Sheet Metal.There is an insulation material between the panels consists of the mixture of rock wool and glass wool preventing the loss of the heat.
The air canals in the oven are specially produced from a galvanized sheet and designed in order to distribute the heating air homogenously through the oven. The conveyor system is the mechanism called by Webb Type ( I — Beam Type). The conveyor trolleys mounted on the chain freely move on the NPI 80.100 profile. The carrying capacity of the unit burden on the conveyor is 140 kg/m. There are 600 mm gaps between each trolley. 4 jeans easily can be hung in every 600 mm gap on the conveyor.
In this system, the electrical materials using in the control box are Siemens or Telemecanique. Heat balance in the oven can be easily adjusted by taking the heating measurement from one point of the oven. According to the temperature in the oven, burner system cuts out and exhaust system cuts in automatically. By this way, the heating balance in the oven can be controlled and also prevented maximum energy consumption.