BERU ZK-14-12-35-A1 M14 Ignition Electrode
Stable arc formation and leak-free mounting for demanding industrial combustion.
BERU ZK-14-12-35-A1 M14 Ignition Electrode is engineered for stable arc formation in industrial burners. In addition, its 14 mm electrode diameter and M14 metric thread provide leak-free mounting. Moreover, the A1 Kanthal wire quality prevents high-temperature deformation and delivers a long service life.
The ceramic insulation prevents energy loss and ensures efficient ignition, while the 3.2 mm wire thickness and 35 mm wire length provide strong spark capacity. Furthermore, the 12 mm porcelain white section optimizes insulation and prevents stray arc formation, so every ignition cycle achieves precise performance. In addition, the 6 mm head holder dimension allows fast integration.
BERU ZK-14-12-35-A1 M14 Ignition Electrode — Technical Specifications
This electrode is widely used in central boiler rooms operating on natural gas and LPG. It also performs reliably in thermal processing furnaces of the metal and glass industries. Consequently, its deformation-resistant structure in high-pressure environments is ideal for industrial kitchen ovens, and it offers full compatibility with modern automation systems.
Key Advantages
- A1 Kanthal wire structure resists deformation at high temperatures
- M14 metric thread enables leak-free and fast mounting
- Ceramic insulation prevents energy loss and stray arc formation
Applications
- Industrial gas burners and combustion systems
- Central boiler rooms operating on natural gas and LPG
- Reliable ignition in metal and glass industry thermal processing furnaces
As a result, BERU ZK-14-12-35-A1 M14 Ignition Electrode provides a long-lasting and reliable solution in heavy industrial conditions. ORFA Industrial has served as your trusted solution partner in the industrial sector since 1985, supplying worldwide and providing technical support. Contact us for technical support and orders.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies
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