As a manufacturer，X-meritan Peltier Assembly uses semiconductor thermoelectric technology to transfer heat between the cold side and hot side of the module.
The Peltier Assembly integrates thermoelectric cooling components and heat dissipation parts into a single unit. This structure reduces the need for separate cooling components and simplifies installation within limited equipment spaces.
The assembly operates through semiconductor thermoelectric cooling technology without compressor-based refrigeration components. The solid-state structure eliminates mechanical refrigeration movement and reduces operating vibration and noise.
The thermoelectric module transfers heat directly between the cold side and hot side. This design enables localized temperature control for electronic components requiring stable thermal conditions.
The cold side uses aluminum or copper heat transfer blocks to collect heat from the target area. The hot side integrates an aluminum heat sink and fan to release transferred heat and maintain the thermal balance of the assembly.
The assembly structure can be adjusted according to installation requirements, including dimensions, TEC configuration, and connection interfaces.
The performance of a Peltier Assembly depends on the coordination between semiconductor cooling elements, thermal transfer materials, and mechanical structures.
The thermoelectric cooling chip is the core component responsible for heat transfer. When electrical current passes through semiconductor materials, heat is absorbed on one side and released on the opposite side, creating the cooling effect.
Ceramic substrates provide electrical insulation and mechanical support for thermoelectric elements. They also act as part of the thermal transfer path between the semiconductor chip and external components.
High thermal conductivity silicone grease is applied between contact surfaces to improve thermal conduction and reduce heat transfer loss caused by surface gaps.
The cold side uses aluminum or copper blocks to transfer heat from the cooled component to the thermoelectric module.
The hot side integrates an aluminum heat sink and fan to remove heat transferred from the cold side and heat generated during operation.
Industrial-grade screws or epoxy resin are used to secure internal and external components, maintaining assembly stability during operation.
Due to its compact structure and semiconductor-based cooling method, X-meritan Peltier Assembly is suitable for equipment requiring localized temperature regulation and controlled heat transfer.
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Application Field |
Temperature Control Requirement |
Assembly Function |
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Fiber optic communication |
Stable temperature control for optical components |
Transfers heat from sensitive optical modules |
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Industrial medical equipment |
Compact and low-noise cooling structure |
Provides localized temperature regulation |
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Smart automotive electronics |
Thermal management in limited installation space |
Removes heat from electronic components |
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Consumer electronics |
Small-size cooling integration |
Supports thermal control in compact devices |
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Research instruments |
Controlled semiconductor temperature adjustment |
Provides localized cooling for testing systems |
X-meritan manufacturing covers thermoelectric material development, TEC component processing, and assembly integration.
Production Equipment: Tin dipping furnace, vibration swing mold machine, welding machine, oven, inkjet printer, soldering iron, dispensing machine, automatic sealing machine, cutting machine, solidification machine, reflow soldering equipment, and fully automatic printing machine.
Thermoelectric Chip Placement: Verify chip positioning and assembly accuracy.
Ceramic Substrate Bonding: Check bonding condition between ceramic substrates and thermoelectric components.
Soldering Connection: Inspect solder joints for electrical and mechanical stability.
Thermal Interface Application: Confirm thermal grease coverage and contact surface condition.
Mechanical Structure Stability: Check fixing strength and overall assembly integrity.
Electrical Connection Condition: Verify electrical connection status.
Structural Consistency: Check component alignment and assembly condition.
Heat Transfer Path Condition: Inspect thermal conduction path integrity.
Cooling and Heat Dissipation Operation: Confirm cooling function and heat dissipation operation.
Before installation, ensure the contact surface is flat and clean. Apply thermal grease evenly between the module and contact surface. Tighten fixing screws evenly to avoid excessive stress on the ceramic substrate.
The hot side should have sufficient space for heat dissipation. Poor thermal contact or insufficient heat release capability may reduce cooling performance.
The cold side absorbs heat from the target component, while the hot side releases heat through the heat sink and fan.
During installation:
● The cold side connects to the component requiring cooling.
● The hot side connects to the heat dissipation structure.
● Airflow around the heat sink should remain unobstructed.
The power supply should match the electrical specifications of the selected thermoelectric cooling module.
Recommended considerations:
● Use a stable DC power supply.
● Match voltage and current requirements with the TEC module specification.
● Avoid unstable power conditions that may affect cooling operation.
Common causes include:
● Insufficient heat sink capacity
● Poor contact between heat transfer surfaces
● Uneven thermal grease application
● Dust blocking the heat dissipation surface
● Improper installation of the cooling structure
The hot side must continuously release transferred heat. Heat accumulation may reduce the cooling effect.
X-meritan has manufacturing capabilities covering thermoelectric materials, TEC components, and integrated thermal assemblies. The production system supports the complete process from thermoelectric material development to Peltier Assembly integration.
● Thermoelectric Material Development: Develop and process thermoelectric materials for TEC component applications.
● Complete Assembly Production: Integrate thermoelectric chips, ceramic substrates, thermal interface materials, heat transfer blocks, heat sinks, and fans into finished cooling assemblies.
● In-House Processing Equipment: Production lines are equipped with tin dipping furnaces, vibration swing mold machines, welding machines, dispensing machines, automatic sealing machines, reflow soldering equipment, and other assembly equipment.
● Multi-Stage Quality Inspection: Control key processes including chip placement, ceramic substrate bonding, soldering connections, thermal interface application, and final assembly condition checks.
● Thermal Structure Design Capability: Develop heat transfer and heat dissipation structures according to different equipment integration requirements.
X-meritan production experience covers applications in fiber optic communication, industrial medical equipment, smart automotive electronics, consumer electronics, and research instruments requiring semiconductor cooling and temperature control.
Address
Building C2, R&F Center, Shangpu Road, Taijiang District, Fuzhou City, Fujian Province, China
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Ready to start your next thermal management project or request a competitive price quote? The X-meritan engineering and sales team is standing by to analyze your project requirements, recommend suitable standard TEC models, or discuss fully custom thermoelectric cooler manufacturing options.
Simply fill out the inquiry form with your operating parameters—such as heat load, ambient temperature, target cold-side temperature, dimensions, and estimated annual volume. Our technical sales engineers will review your thermal constraints and respond with a detailed quotation and engineering assessment within 24 business hours.
