In a piston compressor with a valve system and two stainless steel valve discs, the piston moves downward and draws air into the cylinder. The largest disc flexes to fold downward, allowing the air to pass. When the piston moves upward, the large disc flexes again to seal against the valve seat. A piston compressor is the oldest and most common type of industrial compressor. It uses the principle of displacement to increase the pressure of the enclosed volume of gas or air. Piston compressors are available in a variety of configurations, including single-acting, double-acting, oil-lubricated or oil-free. One of the most common configurations is the double-acting design, which features an L-configuration with one vertical, low-pressure cylinder and one horizontal, high-pressure cylinder. Oil-lubricated designs use splash lubrication or pressure lubrication and oil-free designs feature piston rings or toothed walls. Most piston compressors have self-acting valves that open and close based on pressure differences on both sides of the valve disk. Some larger machines are equipped with a crosshead, seals and a ventilated intermediate piece to prevent oil from being transferred into the compression chamber. In a piston compressor with a valve system and two stainless steel valve discs, the piston moves downward and draws air into the cylinder. The largest disc flexes to fold downward, allowing the air to pass. When the piston moves upward, the large disc flexes again to seal against the valve seat. The compressed air is then forced through the hole in the valve seat and delivered to the end process. In a piston compressor with a valve system and two stainless steel valve discs, the piston moves downward and draws air into the cylinder. The largest disc flexes to fold downward, allowing the air to pass. When the piston moves upward, the large disc flexes again to seal against the valve seat. The compressed air is then forced through the hole in the valve seat and delivered to the end process. The availability of spare parts goes hand in hand with the maintenance of your piston compressor. Simple technology results in a high availability of spare parts and maintenance kits. This is especially relevant in light of the many compressors produced under private labels by the same manufacturer.
For the everyday hobbyist compressor spares, the buying alternatives are as varied as there are ways to buy the compressor itself. You can speak with authorized dealers, you can visit your nearest DIY shop, or go for e-commerce sites. Whichever you choose, chances are high that you will find all the spare parts your compressor needs. Or you will find suitable alternatives with the help of the online community.
Again, certain industry applications do not follow this tendency. But the needs of a compressor which handles Tyre inflation and pneumatic tools in a auto garage are one thing. The needs of a compressor working in explosive atmospheres are another thing entirely. For the latter, the risk factor that these spares and maintenance kits need to mitigate affects availability.
