AYVAZ DLTKKB-50 Expansion Joint L:50mm DN65
Protects pipeline bellows from excessive axial movement while absorbing thermal expansion.
The AYVAZ DLTKKB-50 Expansion Joint is a reliable solution that controls excessive movements with its limit rod mechanism. In addition, its stainless steel bellows structure safely absorbs the expansion and vibration generated in pipelines. Therefore, it delivers long-lasting performance in industrial facilities where high temperature and pressure differences are intense.
The connection material is St 37.2 carbon steel, and the limit rod is manufactured from the same carbon steel, which provides high mechanical strength. The design pressure is 16 bar, and the operating temperature ranges from -80°C to +427°C. Moreover, the standard length is L: 50mm, and the welded neck connection type ensures easy installation.
AYVAZ DLTKKB-50 Expansion Joint — Technical Specifications
It is used especially in building installations at expansion points and in industrial facilities requiring high temperatures. Furthermore, it controls expansion and contraction movements in steam, hot water and hot oil lines. As a result, it offers a reliable solution in systems with intense vibration and mechanical stress.
Key Advantages
- Limit rod mechanism limits excessive axial movement and protects the bellows
- Stainless steel bellows allows safe operation from -80°C to +427°C
- Welded neck connection shortens installation time and provides tightness
- Maintenance-free design reduces operating costs
Applications
- Expansion control at expansion points in building installations
- High temperature applications in industrial steam and hot oil lines
- Process lines with intense vibration and mechanical stress
In conclusion, the AYVAZ DLTKKB-50 Expansion Joint provides a reliable solution against expansion and vibration problems. ORFA Industrial supplies worldwide and provides technical support for all industrial flow technology requirements.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies


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