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Heat Recovery Unit for Stenters

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Your Professional Heat Recovery Unit for Stenters Supplier
 
 

Our goal is to become your true partner in the field of heat recovery unit for stenters in China. Yoantion Industrial INC., Ltd. is a listed company specializing in the production of stenter and dyeing machines. Yoantion is leveraging a professional technical team and advanced manufacturing equipment to create Yoantion quality and brand. We achieving remarkable progress in technology R&D, manufacturing, and market development. Our company is committed to applying advanced manufacturing technology and strict quality control standards to every product. The price is competitive and the product is quality-assured, which is a good choice for your long-term cooperation.

 

 
 

Why Choose Us

Product application

Our company's main products include stenter setting machine, dyeing machine, stenter setting machine heat recovery device, etc. These main products are mainly used in textile industries such as woven chemical fiber fabrics, knitted polyester, cotton, blended fabrics, silk, etc.

Product market

Our company's products are very popular in the market. Not only have we established many subsidiaries, but we also have a good market in the German market.

Our service

The company has a professional sales team to provide you with high-quality pre-sales consulting services. During the order production process, customers can communicate with us at any time to understand the production progress. At the same time, we provide high-quality after-sales service to meet the different needs of customers.

 

Advantages of Heat Recovery Unit for Stenters
YT6000 Hot Air Recovery

 

High efficiency and energy savings

 

Heat recovery unit for stenters achieve heat recovery efficiency well above industry standards, significantly reducing energy costs for businesses.

 

Stability and reliability

 

The system maintains stable performance even in harsh environments, ensuring consistent support for industrial operations.

 

Advanced automation

 

Equipped with intelligent control systems, it enables comprehensive monitoring and optimization, greatly simplifying management.

 

Application of Heat Recovery Unit for Stenters
 
 

Metallurgy industry

Recovering waste heat from high-temperature exhaust gases for power generation, meeting internal electricity needs.

 
 
 

Textiles industry

Utilizing high-temperature fresh air from heat recovery systems to reduce fabric moisture content, cutting natural gas consumption by 10%-20% and achieving energy savings and carbon reduction.

 
 
 

Food processing industry

Capturing steam waste heat from production for plant heating or secondary processing.

 

 

Components of Heat Recovery Unit for Stenters

 

 

General construction of the machine in Stainless Steel AISI 304. Heat exchangers made of aluminium. Heat exchanger cleaning system. Our heat recovery system has an integrated automatic washing system applied to the heat exchangers. Anti-fire system integrated into the machine. The equipment has a butterfly fire air valve along with a temperature detector placed at the inlet of the unit, in case of excess temperature the valves would be closed and the water / or steam would be opened. The unit includes the electrical panel. The electrical cabinet shows the inlet and outlet temperatures, in the cold zone and in the heat recovery zone. Tubular structure with pressure doors for easy cleaning and accessibility.

 

Technology of Heat Recovery Unit for Stenters

 

Following the pace of the times to introduce the new concept "Industrial Internet of Things", realizing a set of new control system mode of centralized remote management of the equipment, Mobile APP online monitoring, new control system model for real-time data acquisition and alarms. The operating system uses PLC for central control, modular communication interconnection, decentralized I/O, a computer touch-screen HMI (Human-Machine Interface), and The new system, which features IOT-based remote management for industrial operations, make it leading in peers.

 

 
Process of Heat Recovery Unit for Stenters
 
01/

Source identification and characterization: The first step is to identify and thoroughly characterize the sources of waste heat within the facility or process. This includes determining the temperature, flow rate, composition, and any potential contaminants present in the waste heat stream.

02/

Heat recovery equipment selection: Based on the characteristics of the waste heat source, suitable heat recovery equipment is selected. Common options include heat exchangers (shell-and-tube, plate, etc.), heat pipes, thermoelectric generators, or organic rankine cycle systems.

03/

Heat transfer: The selected equipment is used to extract the waste heat from the source stream, typically by facilitating heat transfer between the hot waste stream and a cooler working fluid or medium. This heat transfer can occur through direct contact, an intervening surface, or thermoelectric conversion.

04/

Working fluid loop: In many cases, the recovered heat is transferred to a working fluid (e.G., water, thermal oil, refrigerant) that circulates through the waste heat recovery equipment. This working fluid loop transports the captured heat to the point of utilization.

05/

Heat utilization: The recovered waste heat can then be utilized in various ways. For example, generating steam for power production, preheating combustion air or process streams, providing space heating or cooling (via absorption chillers), or driving other thermal cycles like organic rankine cycles.

06/

Control and optimization: The waste heat recovery process is monitored and controlled to ensure optimal performance, efficiency, and safety. Key parameters like temperatures, pressures, and flow rates are regulated to match the waste heat recovery equipment’s design conditions and the demand for the recovered heat.

 

Packaging and Shipping of Heat Recovery Unit for Stenters

 

Packing

Wooden box

Shipping

Shipping, air flight, international express etc.

Selling Units

Single item

 

FAQ

 

Q: What is the heat setting for stenter?

A: Instead of one step heating, in this research two steps drying process like simple steam heated roller drying before chambers at low temperature (50–80 °C) and then drying, heat setting at higher temperature (80–200 °C) in chambers successfully increase the speed of stenter as well as production.

Q: What is the heat recovery system in a stenter machine?

A: The integrated heat exchanger extracts thermal energy from the hot exhaust air, which is utilized for follow-up processes. The recovered heat is employed to heat up the incoming supply air for the stenter frame.

Q: What is the minimum heat recovery efficiency?

A: The minimum thermal efficiency of heat exchangers must be 73%. The efficiency of fans and the limits of pressure drop inside the unit are more demanding.

Q: What is the working principle of heat recovery unit?

A: The two airflows pass one another within the heat recovery unit without mixing physically, the heat from the extracted air is then transferred to the new fresh air brought from outside and supplied through the pipework and into each room.

Q: What are the parameters for heat setting?

A: The findings establish that the optimum heat-setting parameters are 190℃ temperature, 75s process time and 13.5% width extension.

Q: What is standard heat setting?

A: Although comfort is personal and can vary, a generally comfortable temperature for a house is often set between 68 and 72 degrees Fahrenheit. This range is considered ideal for most people to feel comfortable indoors.

Q: What is the efficiency of a heat recovery unit?

A: The heat exchange efficiency on Mechanical Ventilation Heat Recovery (MVHR) systems ranges from around 70% to over 95% and this is the figure that is usually quoted in most advertising and sales pitches to prove system performance, but there are many other factors that can, and do.

Q: What are the components of heat recovery system?

A: A typical heat recovery system in buildings comprises a core unit, channels for fresh and exhaust air, and blower fans. Building exhaust air is used as either a heat source or heat sink, depending on the climate conditions, time of year, and requirements of the building.

Q: How do you size a heat recovery unit?

A: To size a heat recovery ventilation system, you must conduct a full airflow calculation of the dwelling. This calculation must result in at least 0.3 litres per second per metre squared of floor, as this is the minimum required airflow in accordance with Part F of UK building regulations.

As one of the most professional heat recovery unit for stenters manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy cheap heat recovery unit for stenters for sale here and get quotation from our factory. Contact us for custom service.