The cross fitting with internal threads is a versatile and durable solution for industrial hose connections. Made of nickel-plated brass, this fitting offers excellent corrosion resistance and is particularly suitable for water, compressed air and fuels. Its internal threads allow for an easy and tight connection that will withstand even the most demanding conditions. This makes the cross fitting an ideal choice for industrial professionals looking for a reliable connection solution. Applications Water, compressed air, fuels Industries Industry, automotive, marine Benefits The cross connector with internal threads offers excellent durability and versatility, making it a reliable choice for various applications. Risks An incorrectly installed connector can cause leaks or pressure losses, which highlights the importance of professional installation. Chemical resistance Nickel-plated brass offers good chemical resistance, especially to water and fuels. Operating temperatures -20 - +100°C Operating pressure classes 6bar / 18bar
The low pressure reducing nipple is designed for industrial requirements, providing a reliable connection in low pressure systems. Its durable construction ensures longevity and reduces the need for maintenance. Made from high-quality materials, the reducing nipple is suitable for a wide range of applications. Easy installation and compatibility with many hose types make it a versatile choice. Applications Compressed air systems, water systems, industrial process piping Industries Chemical industry, food industry, engineering industry Benefits The low pressure reducing nipple ensures a tight and secure connection, reducing the risk of leaks and improving system efficiency. Chemical and corrosion resistance Highly resistant to most common industrial chemicals and provides excellent protection against corrosion. Sealing The thread is sealed with Teflon tape or thread glue. Finding the right size By measuring the outer or inner diameter of the thread with a caliper, you can easily check the correct connector size using the thread table below.