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Each component of the combined seal ring delivers outstanding performance, featuring: Low friction Minimal wear rate Two seal rings to prevent extrusion Initial interference designed to maintain seal integrity at low pressure Stable rectangular geometry for effective sealing -
Seals efficiently provide both guiding and sealing functions within a compact space. They are compatible with mineral oils such as HFA, HFB, and HFC fire-resistant hydraulic fluids (maximum operating temperature of 60°C). The seals are designed for easy installation with a straightforward, integrated piston structure. The unique geometry of the NBR sealing element ensures distortion-free installation within the groove. -
The M2-type seal is designed for reciprocating applications and is suitable for both external and internal circumferential sealing, making it ideal for harsh environments and special media. Key Features: Suitable for both reciprocating and rotating movements Compatible with a wide range of liquids and chemicals Low friction coefficient for efficient performance No stick-slip effect, ensuring smooth and precise operation Excellent corrosion resistance and dimensional stability Tolerates rapid temperature fluctuations Safe for use with food and pharmaceutical fluids, preventing contamination Can be sterilized for hygienic applications Offers an unlimited shelf life. -
The seal can be easily installed on the piston rod without the need for additional sealing components. It is ready for use immediately, thanks to the ventilation slot. The design of the sealing lip ensures the retention of the lubrication film, reducing friction and ensuring smooth operation. This seal is suitable for both lubricating air containing oil and oil-free air applications. -
The EM type piston rod seal and dust ring combine two essential functions – sealing and dust-proofing – into one. It requires minimal space while ensuring optimal performance with an ideal profile finish. Featuring a simple design and efficient manufacturing process, this seal offers high functionality. Due to its unique geometry and dust lip, along with the specialized material, it is suitable for use in dry or oil-free air after initial lubrication. The functional lip optimization ensures smooth operation, while the single polymer material construction eliminates the risk of corrosion. -
The seal features a compact installation groove and delivers excellent sealing performance. Its stable operation is ensured by the sealing lip's design, which optimally retains the lubrication film, along with the use of rubber materials proven effective in pneumatic systems. The small structure results in very low static and dynamic friction. Ideal for dry and oil-free air, initial lubrication during assembly is crucial for ensuring a long operational life. The lip seal structure guarantees optimal functionality and is easy to install in the sealed groove. It is also compatible with cushioning cylinders. -
Oil seals are extensively used across various industrial sectors. The metal skeleton assembly within the cavity ensures exceptional stability and precision. However, the static sealing performance at the outer edges of the metal skeleton may be limited when dealing with low-viscosity fluids and gases. The integrated dust-proof lip effectively blocks moderate dust and external contaminants from entering the system. -
Oil Seals TC are commonly used across various industrial applications. Their outer edge ensures a secure fit, even in cases where the seat hole surface is rough or subject to thermal expansion. They are effective in sealing low-viscosity fluids and gases, even in open-cavity installations. Equipped with a dust lip, they provide reliable protection against moderate dust, dirt, and other contaminants from the external environment. -
The outer edge of the oil seal is rubber-coated, featuring a short, flexible sealing lip with a spring and a dust-proof lip. This type of oil seal is primarily used in applications involving oil and pressure. Its TCV skeleton has a single-piece structure, minimizing lip deformation under pressure. It is ideal for use in high-pressure environments (up to 0.89 MPa) and applications with large axial diameters. -
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It can be securely and swiftly installed without the need for additional tools. The sliding surface avoids metal-to-metal contact, minimizing wear and damage to metal components. Provides effective vibration damping capabilities. Offers enhanced radial load capacity compared to thermoplastic materials. Performs exceptionally well under emergency conditions, even with limited lubrication. Designed with precise tolerances and superior dimensional accuracy.
SAMA INTEGRATED TRADING CO.
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Dammam, Kingdom Of Saudi Arabia
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