Our Type B Precious Metal Thermocouple Bare Wire is a top - tier offering for high - temperature measurement applications. Crafted with high - purity Platinum Rhodium, it guarantees outstanding performance and reliability.
| Item |
Details |
| Product Name |
Thermocouple Bare Wire |
| Color |
Bright |
| Certificate |
ISO9001 |
| Temperature Range |
32°F to 3100°F (0°C to 1700°C) |
| EMF Tolerance |
± 0.5% |
| Grade |
IEC854 - 1/3 |
| Positive Material |
Platinum Rhodium |
| Negative Material |
Platinum Rhodium |
| Special Limits Of Error |
± 0.25% |
- Exceptional High - Temperature Tolerance: Type B thermocouple wire is specifically designed for extremely high - temperature applications. It has the highest temperature limit among all the listed thermocouples, maintaining high accuracy and stability at very high temperatures, thus ensuring precise temperature measurement in high - heat environments.
- High - Quality Materials: Manufactured from premium Platinum Rhodium alloys, this combination of precious metals endows the thermocouple wire with excellent corrosion resistance and durability, enabling it to perform stably even in harsh high - temperature conditions.
- Precise Measurement: With strictly controlled EMF tolerance and special error limits, it guarantees highly accurate measurement results, meeting the stringent requirements for temperature measurement accuracy in scientific research, industrial production, and other fields.
Type B thermocouple wire is widely used in high - temperature production sites, mainly for temperature measurement in the glass and ceramic industries, as well as in industrial salt production. Additionally, due to its stability at high temperatures, it is often used for calibrating other base - metal thermocouples, making it an indispensable key material in the field of high - temperature measurement.
We offer a variety of insulation materials, including PVC, PTFE, FB, etc., and can also customize according to customers' specific requirements to meet the needs for insulation performance and environmental adaptability in different application scenarios.
