PTCH-ZTH temperature measuring ring- Chemical Instrument Network


Ferro temperature measuring ring for various temperature ranges of 850~1750 ℃ (click to view large image)	Ferro temperature measuring ring for various temperature ranges of 850~1750 ℃ (click to view large image)

Ferro（PTCR）Process Temperature Control Ringstemperature measuring ring

Accurate and effective temperature measurement is required in the production of ceramic products, but most measurements are limited in time and space For example, thermocouples cannot measure the temperature of the product itself, but rather the ambient temperature of the product In addition, it can only measure radiant heat and does not involve conduction heat from kiln furniture PTCR high-precision ceramic firing temperature indicator is used to record the actual firing process of the finished product (including radiation heat and conduction heat), suitable for non continuous kilns and continuous tunnel kilns, as well as for atmospheres such as oxygen, nitrogen, air, vacuum, and reduction.

1、 Temperature measuring ring function

The performance of electronic ceramic products is not only determined by the formula, but also by the firing process, which is the most critical factor. The comprehensive thermal effects of ceramic firing generally include firing temperature, insulation time, and kiln atmosphere. Various types of kilns are required in industrial product production and practical research, such as box furnaces, tube furnaces, vertical kilns, tunnel kilns, bell kilns, roller kilns, etc. Electronic ceramics, magnetic materials, and powder metallurgy heat treatment all require precise and effective temperature control. However, most temperature measurement methods (such as thermocouples, cones, photometers, etc.) are limited in time and space. In practical use, they can only measure the ambient temperature of the product, and it is difficult to measure the heat conduction and radiation from different directions, as well as the cumulative heat effect of the product itself with different insulation times. In fact, the comprehensive thermal effect in the production of ceramic products directly affects the firing quality of the products. The use of a temperature measuring ring can not only solve the limitations of time and space, but also simultaneously measure the radiation heat and conduction heat of the kiln, as well as the comprehensive thermal effect of the entire firing process of the product.

The entire production process of PTCR by Ferro Corporation in the United States has obtained ISO9002 quality certification, ensuring product accuracy, reliability, and convenience from all aspects (including the control of the original selection production process and the development of product inspection conversion tables).

2、 Ferro PCTR Temperature Ring 850~1750 ℃ Ceramic Temperature Ring Product Introduction

Many high-temperature refractory products require precise and effective measurement of kiln temperature during production, but most measurement methods and tools are limited in time and space. For example, thermocouples cannot measure the temperature of the product itself, but rather the ambient temperature during the firing process. Thermocouples record the temperature obtained at the top, which is only a point in space and time. A thermocouple cannot determine the heating process; A thermocouple cannot provide information on whether the furnace heats uniformly in different directions. It can only measure radiant heat and does not involve the conduction heat from the furnace equipment.
FERRO PTCR ceramic temperature measuring ring is a high-precision ceramic temperature indicator that faithfully records the thermal process experienced by the product during the firing process.
The FERRO PTCR ceramic temperature measuring ring can not only measure radiant heat and radiation heat, but also consider the influence of temperature over time.
The FERRO PTCR ceramic temperature measuring ring can conveniently represent the heating process in a simple number - ring temperature (RT), which is convenient for practical application.
The temperature measuring ring is widely used in continuous and discontinuous tunnel kilns, shuttle kilns, roller kilns, bell jar kilns, etc. It is recommended to use multi position and multi-level placement, which can give you a direct understanding of the thermal distribution inside the kiln.
At the same time, the FERRO PTCR temperature measuring ring can be used in different firing atmospheres such as oxygen, nitrogen, air, vacuum, and reduction.
There are six types of ceramic temperature measuring rings available for users to choose from, with a temperature range of 850-1750 ℃. They can be distinguished based on the color of the ring and the production batch number and product code printed on the ring.

There are currently six types of PTCR (649 ℃ -1750 ℃) that users can choose from based on the temperature range Working range and model of temperature sensing ring (PTCR)

3、 The working range, model and application industry of Ferro PTCR temperature measuring ring

4、 Ferro PTCR temperature measuring ring size and packaging

PTCR temperature measuring ring size: outer diameter: 20mm, inner diameter: 10mm, thickness: 7.0mm.
PTCR is a reliable high-precision product with a maximum error of less than 3 ℃. Even up to 1.5 ℃.
Product packaging: 15 pieces/small paper box, 600 pieces/large box.


Ferro temperature measuring ring for various temperature ranges of 850~1750 ℃ (click to view large image)	Ferro temperature measuring ring for various temperature ranges of 850~1750 ℃ (click to view large image)

Ferro（PTCR）Process Temperature Control Ringstemperature measuring ring

Accurate and effective temperature measurement is required in the production of ceramic products, but most measurements are limited in time and space For example, thermocouples cannot measure the temperature of the product itself, but rather the ambient temperature of the product In addition, it can only measure radiant heat and does not involve conduction heat from kiln furniture PTCR high-precision ceramic firing temperature indicator is used to record the actual firing process of the finished product (including radiation heat and conduction heat), suitable for non continuous kilns and continuous tunnel kilns, as well as for atmospheres such as oxygen, nitrogen, air, vacuum, and reduction.

1、 Temperature measuring ring function

The performance of electronic ceramic products is not only determined by the formula, but also by the firing process, which is the most critical factor. The comprehensive thermal effects of ceramic firing generally include firing temperature, insulation time, and kiln atmosphere. Various types of kilns are required in industrial product production and practical research, such as box furnaces, tube furnaces, vertical kilns, tunnel kilns, bell kilns, roller kilns, etc. Electronic ceramics, magnetic materials, and powder metallurgy heat treatment all require precise and effective temperature control. However, most temperature measurement methods (such as thermocouples, cones, photometers, etc.) are limited in time and space. In practical use, they can only measure the ambient temperature of the product, and it is difficult to measure the heat conduction and radiation from different directions, as well as the cumulative heat effect of the product itself with different insulation times. In fact, the comprehensive thermal effect in the production of ceramic products directly affects the firing quality of the products. The use of a temperature measuring ring can not only solve the limitations of time and space, but also simultaneously measure the radiation heat and conduction heat of the kiln, as well as the comprehensive thermal effect of the entire firing process of the product.

The entire production process of PTCR by Ferro Corporation in the United States has obtained ISO9002 quality certification, ensuring product accuracy, reliability, and convenience from all aspects (including the control of the original selection production process and the development of product inspection conversion tables).

2、 Ferro PCTR Temperature Ring 850~1750 ℃ Ceramic Temperature Ring Product Introduction

Many high-temperature refractory products require precise and effective measurement of kiln temperature during production, but most measurement methods and tools are limited in time and space. For example, thermocouples cannot measure the temperature of the product itself, but rather the ambient temperature during the firing process. Thermocouples record the temperature obtained at the top, which is only a point in space and time. A thermocouple cannot determine the heating process; A thermocouple cannot provide information on whether the furnace heats uniformly in different directions. It can only measure radiant heat and does not involve the conduction heat from the furnace equipment.
FERRO PTCR ceramic temperature measuring ring is a high-precision ceramic temperature indicator that faithfully records the thermal process experienced by the product during the firing process.
The FERRO PTCR ceramic temperature measuring ring can not only measure radiant heat and radiation heat, but also consider the influence of temperature over time.
The FERRO PTCR ceramic temperature measuring ring can conveniently represent the heating process in a simple number - ring temperature (RT), which is convenient for practical application.
The temperature measuring ring is widely used in continuous and discontinuous tunnel kilns, shuttle kilns, roller kilns, bell jar kilns, etc. It is recommended to use multi position and multi-level placement, which can give you a direct understanding of the thermal distribution inside the kiln.
At the same time, the FERRO PTCR temperature measuring ring can be used in different firing atmospheres such as oxygen, nitrogen, air, vacuum, and reduction.
There are six types of ceramic temperature measuring rings available for users to choose from, with a temperature range of 850-1750 ℃. They can be distinguished based on the color of the ring and the production batch number and product code printed on the ring.

There are currently six types of PTCR (649 ℃ -1750 ℃) that users can choose from based on the temperature range Working range and model of temperature sensing ring (PTCR)

3、 The working range, model and application industry of Ferro PTCR temperature measuring ring

temperature range	model	color	Application Industry
649～1000°C	RTC —AQS	green	Low temperature refractory materials, daily-use ceramics, art ceramics, ceramic tiles, and kiln furniture
850～1100°C	PTCR—ETH	light green	Low temperature refractory materials, daily-use ceramics, art ceramics, ceramic tiles, and kiln furniture
	PTCR - ETL
970～1250°C	PTCR—LTH	pink	Ceramic pre synthesis, ceramics, building bricks and tiles, low-temperature refractory materials, and kiln furniture
	PTCR-LTL
1130～1400°C	PTCR—STH	green	Single layer and multi-layer capacitors, ferrites and insulating ceramics, sanitary ceramics, powder metallurgy, daily-use ceramics, bricks and tiles, grinding wheels, medium temperature refractory materials, and kiln furniture
	PTCR - STL
1340～1520°C	PTCR—MTH	yellow	Magnetic materials, insulating ceramics, porcelain, dielectric ceramics, piezoelectric ceramics, semiconductor ceramics, other optical functional ceramics, biological and chemical functional ceramics, medium to high temperature refractory materials, kiln furniture
	PTCR - MTL
1450～1750°C	PTCR—HTH	white	Special structural ceramics, special functional ceramics, substrates, high-temperature refractory materials, and kiln furniture
	PTCR - HTL

4、 Ferro PTCR temperature measuring ring size and packaging

PTCR temperature measuring ring size: outer diameter: 20mm, inner diameter: 10mm, thickness: 7.0mm.
PTCR is a reliable high-precision product with a maximum error of less than 3 ℃. Even up to 1.5 ℃.

Product packaging: 15 pieces/small paper box, 600 pieces/large box.

temperature range	model	color	Application Industry
560～660°C	PTCR—ZTH	light blue	Low temperature refractory materials, daily-use ceramics, art ceramics, ceramic tiles, and kiln furniture
660～900°C	PTCR—UTH	pale yellow	Low temperature refractory materials, daily-use ceramics, art ceramics, ceramic tiles, and kiln furniture
649～1.000°C	RTC —AQS	green	Low temperature refractory materials, daily-use ceramics, art ceramics, ceramic tiles, and kiln furniture
850～1.100°C	PTCR—ETH	light yellow	Low temperature refractory materials, daily-use ceramics, art ceramics, ceramic tiles, and kiln furniture
	PTCR - ETL
970～1.250°C	PTCR—LTH	pink	Ceramic pre synthesis, ceramics, building bricks and tiles, low-temperature refractory materials, and kiln furniture
	PTCR-LTL
1.130～1.400°C	PTCR—STH	light green	Single layer and multi-layer capacitors, ferrites and insulating ceramics, sanitary ceramics, powder metallurgy, daily-use ceramics, bricks and tiles, grinding wheels, magnetic materials, medium temperature refractory materials, and kiln furniture
	PTCR - STL
1.340～1.520°C	PTCR—MTH	light yellow	Magnetic materials, insulating ceramics, porcelain, dielectric ceramics, piezoelectric ceramics, semiconductor ceramics, other optical functional ceramics, biological and chemical functional ceramics, medium to high temperature refractory materials, kiln furniture
	PTCR - MTL
1.450～1.750°C	PTCR—HTH	white	Special structural ceramics, special functional ceramics, substrates, high-temperature refractory materials, and kiln furniture