Multibore Tubes for Pyrometry | Jyoti Ceramic Precision Solutions
- Jyoti Ceramic
- 20 minutes ago
- 1 min read
Explore high-quality Multibore tubes from designed for superior thermal insulation, mechanical strength, and long-lasting pyrometer performance.
Multibore tubes: what are they?
Ceramic tubes with several channels (bores) inside a single outer shell are known as multibore tubes. Thermocouple wires are held in place by these bores, which also offer insulation and protection to stop physical harm and electrical interference. These tubes are made by Jyoti Ceramic using high-purity alumina, which guarantees remarkable chemical resistance and thermal stability.
Why Pick Jyoti Ceramic's Multibore Tubes?
Excellent Material Quality
Premium-grade, 99.7% pure alumina is used by Jyoti Ceramic. This makes Multibore ideal for harsh thermal conditions by increasing their mechanical strength and thermal conductivity.
Outstanding Thermal Efficiency
Up to 1800°C can be tolerated by these tubes. Because of this, they are perfect for pyrometer applications in furnaces, kilns, incinerators, and steel mills where temperature consistency is crucial.

Precision Engineering
With uniform bore alignment and tight dimensional tolerances ensure accurate thermocouple readings, reducing chances of error in thermal data collection..
Custom Solutions for Industry-Specific Needs
Every industry faces unique challenges. That’s why Jyoti Ceramic offers custom-designed Multibore tubes based on your exact application requirements—be it furnace configurations, thermocouple types, or environmental conditions.
Packaging and Delivery
Uses sturdy, export-grade packaging to guarantee a delivery that is both safe and damage-free. Your arrive ready for use right away, regardless of how much you order. If precision, durability, and efficiency are what your operations demand, then Multibore from should be your go-to choice. With their high-purity materials, tailored solutions, and proven performance across industries, these tubes stand out as a trusted solution in high-temperature applications.
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