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Stiefel Ceramic Kiln Nozzles ~ Efficient Combustion with High-Temperature Axial Resistance

Stiefel’s ceramic kiln nozzles made from zirconia ceramic offer thermal stability unrivaled up to 1,400°C while achieving fine atomization (≤30μm). Reduce NOx emissions with an increase of 30% while improving efficiency and heat transfer within gas-fired kilns.
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Stiefel’s Solutions for Ceramic Kilns: Benefits

Durable components for harsh kiln environments

The internal amp ceramic furnaces includes particular challenges like severe temperatures, corrosive vapors, and abrasive particulates. Stiefel tungsten carbide tipped nozzles endure erosion caused by clay dust, outlasting standard stainless steel by fivefold in a German stoneware factory’s kiln. Spiral fin heat exchangers, with ceramic coating, reclaim >85 percent of waste heat and, while maintaining corrosion resistance to silica-laden flue gases, overall system efficiency is boosted to 92%. ATEX-certified explosion-proof ignition systems ensure dependable starts in dusty kiln environments, yielding a reduction in downtime by 40%.

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Stiefel, established in 2013 and headquartered in Guangzhou, China, is a leading provider of high-performance ceramic kiln nozzles, precision components that atomize and distribute fuel (gas, oil, or a mix) in ceramic kilns to ensure uniform combustion and temperature distribution, critical for producing high-quality ceramics, including tiles, pottery, and technical ceramics. A ceramic kiln nozzle must withstand extreme temperatures (up to 1,800°C) and corrosive combustion byproducts while delivering a consistent fuel spray pattern that promotes complete combustion, reduces emissions, and prevents hot spots that can cause ceramic warping or glaze defects. Stiefel's ceramic kiln nozzle is engineered with advanced materials such as silicon carbide (SiC), alumina, and zirconia-toughened ceramics, which offer exceptional heat resistance, thermal shock resistance, and wear resistance, ensuring long service life even in the harsh environment of continuous kiln operation. The ceramic kiln nozzle features a precision-drilled orifice and optimized internal geometry that produces a stable, uniform spray angle (30° to 120°) and droplet size, ensuring even fuel distribution across the kiln chamber and promoting efficient heat transfer to ceramic products, which is vital for consistent firing results. What sets this ceramic kiln nozzle apart is its ability to handle multiple fuel types, including natural gas, propane, and light oil, with interchangeable tips that allow operators to adjust spray patterns based on fuel type and kiln load, offering versatility for diverse ceramic production needs. Ceramic kiln nozzles from Stiefel are available in various sizes (0.5 mm to 5 mm orifice diameter) and configurations (straight, angled, or multi-port), ensuring compatibility with different kiln designs, including tunnel kilns, shuttle kilns, and roller kilns, and enabling precise placement to target specific heating zones. Designed for easy replacement, the ceramic kiln nozzle features a threaded or bayonet connection that allows quick swapping without disassembling large portions of the kiln, reducing downtime during maintenance and ensuring production schedules are met. Rigorously tested for spray uniformity, temperature resistance, and durability, these ceramic kiln nozzles undergo thermal cycling tests (from ambient to 1,800°C and back) to ensure they can withstand the rapid temperature changes typical in kiln operations, minimizing breakage and replacement costs. Backed by Stiefel's expertise in research and development, the ceramic kiln nozzle incorporates innovations such as internal cooling channels and anti-fouling coatings that reduce carbon buildup, maintaining spray performance and extending cleaning intervals, which aligns with the company's focus on efficiency. With Stiefel's comprehensive service network, customers receive expert support for selecting, installing, and maintaining ceramic kiln nozzles, including guidance on choosing the right nozzle size and spray pattern for specific ceramic materials and firing profiles. For ceramic manufacturers seeking to enhance product quality, reduce fuel costs, and minimize downtime, Stiefel's ceramic kiln nozzle is an essential component that delivers precision, durability, and performance.

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

Marco R.
Reliable and Energy Efficient On our Tile Manufacturing

We have incorporated Stiefel's 500kW Gas burners and a heat recovery system to our tunnel kiln and slab tile production was boosted by 15% while natural gas consumption was reduced by 22%. The results achieved are remarkable, gauge it by the fact that no downtimes are reported because the quick connect nozzles purging glossy and matte glaze recipe changeovers save us countless hours of downtimes every week.

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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.