Unique Feature
1) Cost-effective and suitable for the higher current and lager cooling requirements.
2) Fast cooling,& Eco-friendly.
3) Small size&Easy to operate.
4) Top quality & competitive price.
5) Customizable.
6) All products are RoHS and REACH compliant, SGS ISO9001 verified.
Peltier/Semiconductor chiller plate
Stable supply of Peltier modules with high performance and durability.
How to select TE products?
When select TE products, you are recommended to follow below steps:
1. Confirm the ambient temperature (Th);
2. Confirm the required temperature of the cooling space or objects (Tc);
3. Confirm the application’s heat load power (Q, the heat need to be removed or lowered);
4. Determine the required cooling capacity (Qc, considering heat loss, it is recommended Qc = 1.5 * Q);
This is the simple model for selecting products, and need to be confirmed by further simulation and test.
If you need more detailed and accurate calculation and design, please contact us, we will provide
professional and perfect support to you.
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| Ask Lasest Price | |
| Brand Name : | LaserTell |
| Model Number : | IPL SHR Diode |
| Certification : | CE |
| Price : | negotiation |
| Payment Terms : | T/T, Western Union, MoneyGram |
| Supply Ability : | 1000pcs per month |
| Delivery Time : | 2 work days after receiving payment |
Multiple Specification Thermoelectric Cooler Module , Cooling Chip for Laser IPL Machine
Unique Feature
1) Cost-effective and suitable for the higher current and lager cooling requirements.
2) Fast cooling,& Eco-friendly.
3) Small size&Easy to operate.
4) Top quality & competitive price.
5) Customizable.
6) All products are RoHS and REACH compliant, SGS ISO9001 verified.
Peltier/Semiconductor chiller plate
Stable supply of Peltier modules with high performance and durability.
How to select TE products?
When select TE products, you are recommended to follow below steps:
1. Confirm the ambient temperature (Th);
2. Confirm the required temperature of the cooling space or objects (Tc);
3. Confirm the application’s heat load power (Q, the heat need to be removed or lowered);
4. Determine the required cooling capacity (Qc, considering heat loss, it is recommended Qc = 1.5 * Q);
This is the simple model for selecting products, and need to be confirmed by further simulation and test.
If you need more detailed and accurate calculation and design, please contact us, we will provide
professional and perfect support to you.
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