U seals also known as Rubber U channel or U type rubber extrusions.. One of their primary uses is to provide edge protection. These kinds of seals are predominantly made in EPDM and are primarily used in doors and window hatches.
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D seals have unique design features that allow them to be hollow from within. This provides a D seal with excellent rebound properties. This rebound resilience is the reason why D seals tend to last longer in applications like doors, windows, acoustics and impact absorption.
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The Steam in P seals enables its attachment to a retainer which makes P seal rubber extrusions very versatile. They are also referred to as musical notes seals and tadpole seals. P seals are manufactured in elastomers such as silicone, EPDM and TPE.
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H seals are used between windows and doors for shock absorption and heat and sound insulation. When used in glass facades, these extrusions are also known as glazing rubber gaskets. They are primarily manufactured in EPDM and silicone and tend to have excellent weather resistance.
E type seals are also known as refrigerator seals. These seals have an added benefit of hollow bulbs. Hollow bulbs provide maximum compressibility and rebound resilience resulting in excellent sealing. These E seals rubber extrusions can be modified to have ridges on the sealing surface for added grip.
O seal or rubber cords are primarily manufactured in silicone, EPDM, BUNA N and FKM. These solid cords can be circular, rectangular, trapezoidal or triangular depending on the application. Solid rubber extrusions are used in autoclaving systems, boilers, mechanical fixtures, chemical drums, filtration systems, manhole covers and many such applications.
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Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric reinforced seals for longer life and effective functionality.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric
reinforced seals for longer life and effective functionality.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.
Generally for nominal pressure applications we suggest customers to avoid fabric reinforced seals so as to avoid high costs. But if your differential pressure requirements are higher than 7-8 Bar then we suggest customers go for fabric.