Thermocouple K Type Temperature Sensor - China Manufacturer

As a China-based Manufacturer, I offer a rugged Thermocouple K Type Temperature Sensor designed for accurate readings in industrial ovens, furnaces, and process control. With fast response, a wide range (-200 to 1250°C depending on sheath) and ANSI-standard connectors, this sensor delivers stable performance in harsh environments. I source premium sheaths and K-type junction materials, and our devices meet strict ISO 9001 quality controls. You’ll appreciate easy integration: standard mini-plug connectors, optional armored sheath, and plug-and-play installation. We provide OEM packaging, calibration certificates, and technical support in English and local languages. My team ensures traceability, rapid lead times, and competitive pricing for buyers in China and abroad. If you need a reliable temperature monitoring solution, the Thermocouple K Type Temperature Sensor is built to endure industrial cycles and keep your data accurate for long-term maintenance and productivity.

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Thermocouple K Type Temperature Sensor Trusted by Pros Manufacturers You Can Rely On

Global procurement teams trust the K Type temperature sensor for dependable readings in demanding environments. With a broad operating range, rugged sheaths, and proven junction stability, it performs reliably in metalworking, glass production, pharmaceuticals, and food processing. Sourcing from a supplier that enforces strict quality control and traceability ensures consistent performance across batches, helping projects meet specifications on time and with minimal field adjustments. The result is predictable data, reduced rework, and smoother integration into existing process control systems. Key buying factors include sheath material, insulation, and connector choices, along with verifiable calibration certificates and support for installation and maintenance. Look for lot traceability, quality management aligned to international standards, and reliable after-sales service to safeguard supply continuity across regions and seasons.

{ Thermocouple K Type Temperature Sensor Trusted by Pros Manufacturers You Can Rely On }

Model Probe Length (mm) Sheath Diameter (mm) Immersion Length (mm) Sheath Material Junction Type Temperature Range (C) Accuracy Response Time (s)
K-304-150 150 3.0 120 304 Stainless Steel Grounded -200 to 1250 ±0.75% of reading 2.0
K-316-180 180 3.0 160 316 Stainless Steel Ungrounded -200 to 1260 ±0.75% of reading 1.6
K-Inconel-200 200 2.0 180 Inconel 600 Grounded -200 to 1250 ±0.50% of reading 0.9
K-304-250 250 2.5 230 304 Stainless Grounded -50 to 1100 ±0.75% of reading 1.2
K-304-120 120 1.5 100 304 Stainless Ungrounded -200 to 1260 ±1.0% of reading 0.7
K-316-98 98 4.0 80 316 Stainless Grounded -180 to 1100 ±0.50% of reading 1.8

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Thermocouple K Type Temperature Sensor Service Now Trending

Data Dimension: Deployment Distribution of K-Type Thermocouples by Environment

This dataset visualizes the distribution of K-Type thermocouple deployments across six common environments: Lab (25), Field (40), Workshop (30), Greenhouse (15), Industrial (50), Outdoor (22). The industrial environment shows the highest deployment with 50 sensors, underscoring the critical role of wide-ranging high-temperature monitoring in manufacturing, metal processing, and energy generation where K-Type sensors enable robust performance across roughly -200 °C to well over 1000 °C depending on sheath and insulation. Field deployments are substantial (40), indicating the demand for rugged, mobile temperature measurements in remote sites such as mining, construction, and energy facilities where uptime and quick replacement are essential. Workshops (30) reflect prototyping and maintenance activities that require reliable, moderately numerous sensors for calibration and development. Labs (25) emphasize controlled-environment experiments, calibration standards, and sensor aging studies where precision remains important. Greenhouses (15) show a smaller footprint, potentially due to environmental control systems that rely on alternative sensing strategies or more compact sensor networks. Outdoor environments (22) require weatherproofing and resilience, supporting equipment like weather stations or outdoor industrial assemblies. Collectively, the distribution suggests where to prioritize procurement, maintenance, and redundancy. For data-driven planning, organizations can allocate higher-quality, high-temperature-rated probes and protective housings to industrial and field sites, while standardizing inventory in labs and workshops to simplify management. This snapshot informs lifecycle planning, calibration scheduling, and performance monitoring strategies to optimize sensor choice and data quality across diverse operating conditions.

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