Whenever possible, we recommend the use of the thinnest gasket possible, taking into account the gasket thickness that the system was designed to. Thinner gaskets seal tighter, which lowers emissions and product loss, increase blowout resistance, and typically cost less. Flange irregularities on older equipment can be difficult to seal for thin material, therefore a thicker material is often required.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Ut volutpat nulla et nibh porttitor porttitor. Vivamus nulla massa, viverra a condimentum ultrices, posuere ut mi. Maecenas sed erat dui. Sed fringilla pharetra nisi sit amet fringilla. Maecenas semper fringilla risus. Sed eget rutrum ipsum, nec aliquet nulla. Donec non risus nibh. Curabitur sodales, magna vitae mollis mattis, justo lorem sodales ex, efficitur congue lorem purus ac nunc. Aenean ultrices neque vitae lorem lacinia elementum.
Limit rods absorb pressure thrusts in the system by limiting axial compression and expansion which in turn prevents over-compression or over-expansion.
Some applications (mostly vertical ducting with vertical flow up) require an internal particulate deflector which is used to reduce airborne particulate from falling into the cavity of the expansion joint.
Universal expansion joints allow for lateral motion and are typically used in “Z-bend” or “L-bend” piping arrangements.
Generally speaking, metal expansion joints are far more popular than rubber joints, perhaps by 4:1, due to their resistance to temperatures and pressures. However, many applications can handle a rubber expansion joint, which can save users significant money. Where the application parameters warrant, rubber expansion joints perform better on:
Mechanical seals, when engineered for the system and installed correctly, will provide reliable operation for a very long time. Eventually they do wear out, but our experience indicates most seal failure is due to another issue in the system, such as:
Minimize downtime and maximize production with our tailored sealing solutions. Boost Uptime. Get a Free Quote Today!