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Stiefel - Monitoring of Kiln Processes Ceramic Temperature Sensors Highly Accurate For Whereas Monitoring Is Essential

These self-diagnoses claim to improve furnace temperature instrumentation by proportional ratio with increasing range from of sixteen to thirty decade celcius. The sensors are based on group K sheathed thermocouples extruded by dual action cross-head and plug-in flow regulators of subzones controllers holding you offer req-writing cap for accuration throughout monitoring dimensions
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Stiefel’s Solutions for Ceramic Kilns: Benefits

Achieving Environmental Goals with Low-NOx Emission Burners

With Stiefel’s burners specially designed for ceramic kilns, sustainability is prioritized with a low NOx emission. The NOx output is reduced to meeting strict standards set by the EU’s EN 303-5 and internat. For Spain, there has notable emission drop for potter studios from 80mg/Nm cubed to an astonishing 22 mg/Nm cubed without losing 95% thermic efficiency. The use of biodiesel or blends of hydrogen fuel further enables targeting carbon neutral production of cermaic bone china.

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Stiefel's temperature sensors are crucial for ensuring process control within ceramic kilns. The ceramics sheaths of the thermocouples fit them against the corrosive kiln atmospheres and mechanical shocks, while the integrated signal conditioning modules offer 4-20 mA outputs which integrate seamlessly with kiln control panels. In one pottery studio with our sensors, artists were able to control the bisque firing temperatures so precisely that they reduced cracking from 15% to 4%. The rapid response time of the sensors (≤5s) for industrial kilns makes it possible to dynamically control the burner output, permitting uniform heating for glaze hold during basking and maturation. All sensors are calibrated to ISO 9001 quality standards and offer a 2 year warranty against thermal degradation.

Frequently Asked Questions

Is it true that Stiefel’s burners can sustain the heat necessary for porcelain firing?

Stiefel does meet the standard burners requirement of sustaining temperatures of 1,600°C due to firing stoneware and porcelain burners setting. Water cooled nozzles and Inconel combustion chambers sustain the vents under extreme pressure, high level control systems give stern ramping onto heating, and tempered system birth advancement. Achieving porcelain consistency at the user achieved uniform kiln improvement furnace cracks 30%.
The assortment of his french pottery workshop’s gas brought savings of €4800 after using the heat recovery system, while cut demand of fuels in 20-25 percent came from our regenerative heat exchangers. Blower equipped variable speed drives (VSD) supply energy in low period cooled measures thus further increasing efficiency. Strap on high efficient burners (thermal 95%) and ash.
Absolutely, our burners are designed to be flexible with fuels such as natural gas, LPG, biogas, and even hydrogen up to a 20% blend. A Swedish ceramic studio firing kilns with biogas produced from food waste reduced carbon emissions by 40% while still maintaining firing quality. The adaptive control systems self-adjust for different fuel compositions to maintain combustion and process stability.
We offer OEM level parts, including ignition electrodes and solenoid valves, with up to 98% compatibility to many brand burners. Our dedicated service engineers offer annual maintenance contracts that consist of nozzle cleaning, system control check calibration, and heat exchanger inspections. A UK ceramic factory reduced unplanned downtime by 60% after adopting our predictive maintenance alerts which use IoT sensors to monitor component wear.

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Customer Reviews

Li Wei
Resistant to Extremely Punishing Kiln Scenarios

The kilns in our stoneware factory run non-stop at 1300°C which makes the need for extreme high durability a must. Unlike traditional nozzles that we used which had to be replaced every 6 months, Stiefels tungsten carbide nozzles have stood the test of time with over 2 years of use without needing replacement. The eruption proof ignition systems also make us feel relaxed within such risky surrounding.

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Advanced Heat Recovery Technology

Advanced Heat Recovery Technology

Stiefel regenerative systems capture and utilize preheated air or water, lowering the expenditure on energy. A Dutch ceramic tile plant was able to recoup their investment on the heat exchanger within an astonishing 10 months, exemplifying the value creation of our energy saving products.
IoT Enabled Process Optimization

IoT Enabled Process Optimization

Kiln performance is monitored in real time using burner IoT connectivity. This data is applied for performance improvement by a German pottery studio that reduced firing cycle times by 18%.
Compliance and Sustainability across the Globe

Compliance and Sustainability across the Globe

Stiefel systems are globally trusted and used due to their CE, UL and ATEX certifications. Their ability to operate with renewable fuels while maintaining ultra-low emissions makes Stiefel the preferred supplier for manufacturers in the EU’s green deal and US EPA compliant facilities.