Are you curious about how thermoelectric modules can revolutionize energy efficiency? With the growing demand for sustainable solutions, understanding the top factories in China is more important than ever. By comparing these leading manufacturers, you can discover which ones offer the best quality, innovation, and reliability. Imagine the peace of mind that comes from knowing you’re choosing the best options for your projects. Ready to dive into the world of thermoelectric technology? Join us as we explore the top factories and help you make informed decisions for a greener future!

ThermoElectric Module Manufacturer-supplier China – Smartclima

Product Details: ThermoElectric Module, also known as Peltier cooler, is a semiconductor-based electronic component that functions as a small heat pump, converting temperature differences into electrical energy.

Technical Parameters:
– Available standard TEC1, TEC2, TES series of Thermoelectric Modules.
– Physical dimensions range from 6.6 x 6.6 mm to 62 mm x 62 mm, cooling power rang…

Application Scenarios:
– Portable refrigeration systems.
– Automotive cooling systems.

Pros:
– No moving parts, high reliability.
– Can cool below ambient temperature.

Cons:
– Limited cooling capacity compared to traditional systems.
– Efficiency can be affected by ambient temperature.

China Thermoelectric Cooling Module Manufacturer, Factories | Sinda

Product Details: Thermoelectric Cooling Module designed for efficient and reliable cooling solutions using the Peltier effect.

Technical Parameters:
– Compact and lightweight design
– Wide operating temperature range

Application Scenarios:
– Medical equipment
– Automotive electronics

Pros:
– Energy-efficient
– Long service life

Cons:
– May require additional heat dissipation solutions
– Performance can vary based on ambient conditions

Thermoelectric Modules – Corporate – chinamechanicalparts.com

Product Details: Thermoelectric Modules

Technical Parameters:
– Parameter 1: Generic Value
– Parameter 2: Generic Value

Application Scenarios:
– Cooling Systems
– Heating Applications

Pros:
– Energy Efficient
– Compact Size

Cons:
– Limited Temperature Range
– Higher Initial Cost

Semiconductor Cooling Systems_Thermoelectric Cooling_TEC Semiconductor …

Product Details: Semiconductor Thermoelectric Module, Semiconductor Thermoelectric System, Semiconductor Thermoelectric Application Product

Technical Parameters:
– Production capacity: 12 million pcs of thermoelectric modules
– Production capacity: 6.2 million pcs of thermoelectric systems

Application Scenarios:
– Consumer electronics
– Medical devices

Pros:
– Environmentally friendly cooling technology
– Wide application in various fields

Cons:
– Limited information on specific performance metrics
– Potential high manufacturing costs

Wellen Technology Co.,Ltd. , Thermoelectric Modules, TEC, 12706 …

Product Details: Web server services

Technical Parameters:
– Maintenance downtime
– Capacity problems

Application Scenarios:
– Temporary service interruptions
– Web hosting environments

Pros:
– Reliable web hosting
– Scalable services

Cons:
– Downtime during maintenance
– Potential capacity issues

Z-MAX Thermoelectric Coolers & Peltier Devices – World Wide Distribution

Product Details: Z-MAX is a manufacturer of thermoelectric coolers, Peltier devices, and finished products since 1990, utilizing the newest technology.

Technical Parameters:
– Temperature difference occurs between the sides of the module.
– Heat transfer from low temperature side to high temperature side.

Application Scenarios:
– Cooling applications in various industries.
– Heating applications where temperature control is needed.

Pros:
– High reliability based on strict quality control.
– Flexible production capabilities in Japan and China.

Cons:
– Potential limitations in mass production scalability.
– Dependence on specific locations for assembly.

Lattice distortion realizing the “treble-high” thermoelectric module …

Product Details: Fe80V20 alloy as a diffusion barrier layer for p-type skutterudites-based thermoelectric devices.

Technical Parameters:
– Record high conversion efficiency of 10.7%
– High power density of 2.18 W cm−2 under a temperature difference of 585 K

Application Scenarios:
– Power generation in thermoelectric devices
– High-temperature stable service applications

Pros:
– Outstanding interfacial reliability and stability compared to Fe80Cr20 joints
– Effective strategy for screening diffusion barrier layers

Cons:
– Limited data availability
– Potential challenges in practical application

A comprehensive review of thermoelectric cooling technologies for …

Product Details: Thermoelectric coolers (TEC) for Lithium-Ion Battery (LIB) thermal management.

Technical Parameters:
– Cooling methods: air cooled, phase change material (PCM)-cooled, liquid cooled,…
– Focus on shape, thickness, and arrangement of heat sink fins

Application Scenarios:
– Electric vehicles (EVs)
– Hybrid electric vehicles (HEVs)

Pros:
– Effective cooling of Lithium-Ion Batteries
– Improves thermal management efficiency

Cons:
– Inherent limits in current technologies
– Need for effective regulatory systems

Thermoelectric Peltier Device Information (TE Heater/Cooler/Generator …

Product Details: Thermoelectric Peltier devices used for cooling, heating, and power generation.

Technical Parameters:
– Single-stage and multi-stage modules available.
– Operating temperatures up to 225C.

Application Scenarios:
– Cooling electronic components.
– Temperature control in scientific experiments.

Pros:
– Compact and efficient thermal management.
– No moving parts, leading to low maintenance.

Cons:
– Limited cooling capacity compared to traditional systems.
– Efficiency decreases with increased temperature difference.

Thermoelectric Module: TEG241-60B – EVERREDtronics

Product Details: TEG241-60B Thermoelectric Generator

Technical Parameters:
– Maximum Power Output: 241 W
– Operating Temperature Range: -40°C to 85°C

Application Scenarios:
– Remote power generation
– Waste heat recovery

Pros:
– Environmentally friendly energy source
– No moving parts, leading to low maintenance

Cons:
– Lower efficiency compared to traditional generators
– Higher initial cost

Related Video

Comparison Table

Company	Product Details	Pros	Cons	Website
ThermoElectric Module Manufacturer-supplier China – Smartclima	ThermoElectric Module, also known as Peltier cooler, is a semiconductor-based electronic component that functions as a small heat pump, converting tem…	– No moving parts, high reliability. – Can cool below ambient temperature.	– Limited cooling capacity compared to traditional systems. – Efficiency can be affected by ambient temperature.	www.smartclima.com
China Thermoelectric Cooling Module Manufacturer, Factories	Sinda	Thermoelectric Cooling Module designed for efficient and reliable cooling solutions using the Peltier effect.	– Energy-efficient – Long service life	– May require additional heat dissipation solutions – Performance can vary based on ambient conditions
Thermoelectric Modules – Corporate – chinamechanicalparts.com	Thermoelectric Modules	– Energy Efficient – Compact Size	– Limited Temperature Range – Higher Initial Cost	chinamechanicalparts.com
Semiconductor Cooling Systems_Thermoelectric Cooling_TEC Semiconductor …	Semiconductor Thermoelectric Module, Semiconductor Thermoelectric System, Semiconductor Thermoelectric Application Product	– Environmentally friendly cooling technology – Wide application in various fields	– Limited information on specific performance metrics – Potential high manufacturing costs	www.fuxin-cn.com
Wellen Technology Co.,Ltd. , Thermoelectric Modules, TEC, 12706 …	Web server services	– Reliable web hosting – Scalable services	– Downtime during maintenance – Potential capacity issues	www.wellenp.com
Z-MAX Thermoelectric Coolers & Peltier Devices – World Wide Distribution	Z-MAX is a manufacturer of thermoelectric coolers, Peltier devices, and finished products since 1990, utilizing the newest technology.	– High reliability based on strict quality control. – Flexible production capabilities in Japan and China.	– Potential limitations in mass production scalability. – Dependence on specific locations for assembly.	thermoelectric-coolers.com
Lattice distortion realizing the “treble-high” thermoelectric module …	Fe80V20 alloy as a diffusion barrier layer for p-type skutterudites-based thermoelectric devices.	– Outstanding interfacial reliability and stability compared to Fe80Cr20 joints – Effective strategy for screening diffusion barrier layers	– Limited data availability – Potential challenges in practical application	www.sciencedirect.com
A comprehensive review of thermoelectric cooling technologies for …	Thermoelectric coolers (TEC) for Lithium-Ion Battery (LIB) thermal management.	– Effective cooling of Lithium-Ion Batteries – Improves thermal management efficiency	– Inherent limits in current technologies – Need for effective regulatory systems	www.sciencedirect.com
Thermoelectric Peltier Device Information (TE Heater/Cooler/Generator …	Thermoelectric Peltier devices used for cooling, heating, and power generation.	– Compact and efficient thermal management. – No moving parts, leading to low maintenance.	– Limited cooling capacity compared to traditional systems. – Efficiency decreases with increased temperature difference.	www.peltier-info.com
Thermoelectric Module: TEG241-60B – EVERREDtronics	TEG241-60B Thermoelectric Generator	– Environmentally friendly energy source – No moving parts, leading to low maintenance	– Lower efficiency compared to traditional generators – Higher initial cost	www.everredtronics.com

Frequently Asked Questions (FAQs)

What are thermoelectric modules and how do they work?

Thermoelectric modules are devices that convert temperature differences into electrical energy using the Seebeck effect. They consist of semiconductor materials that generate voltage when there is a temperature gradient across them. This technology is used in various applications, including cooling systems and power generation.

Why are thermoelectric modules manufactured in China?

China is a leading manufacturer of thermoelectric modules due to its advanced production capabilities, cost-effective labor, and access to raw materials. The country has invested heavily in technology and infrastructure, making it a hub for electronics and thermoelectric products.

What industries use thermoelectric modules?

Thermoelectric modules are used in various industries, including automotive, aerospace, medical devices, and consumer electronics. They are popular for applications like temperature control, waste heat recovery, and portable cooling solutions.

How do I choose a reliable thermoelectric module factory in China?

When selecting a factory, consider factors like production capacity, quality certifications, customer reviews, and experience in the thermoelectric field. It’s also helpful to request samples and visit the facility if possible to ensure they meet your standards.

What are the typical lead times for thermoelectric module production?

Lead times can vary based on order size and factory capacity, but generally, you can expect production to take anywhere from a few weeks to a couple of months. It’s best to communicate your timeline with the factory to ensure they can meet your needs.