A large number of equipment in the oil, gas, wind energy, solar energy and other energy industries need to use rubber seals. These rubber seals need to be able to withstand high temperature, chemical resistance, etc., and be durable to deal with harsh environments. There is a great demand for oil seals, O-rings, gaskets and other compound rubber seals.
Rubber seals are an essential component in refrigeration systems, protecting the components inside the evaporator and ensuring the isolation of the interior from the external environment. They are used in a variety of applications such as sealed pipe connectors, leak detectors and electric heaters. The tube sheet gasket prevents refrigerant leakage between the pipes and the tube sheet, while the leak detection port gasket ensures the sealing performance of the leak detection port. Pipe connection gaskets prevent refrigerant leakage at the outlet and inlet pipe connections, while O-rings or gaskets seal the electric heater connections. These seals have good heat resistance, chemical resistance and elasticity to adapt to temperature changes and operating conditions. They are usually located between the evaporator outlet and inlet pipes and the corresponding connecting flanges. When installing, ensure that the seals are correctly installed and tightened to ensure effective sealing performance and protect the electric heater joints from the external environment.
The yaw bearing seals not only ensures the support function of the main chassis, but also continuously rotates according to the wind direction to adapt to different wind directions. The seal is an important component of the wind turbine bearing, which prevents the leakage of grease inside the bearing and the entry of foreign matter such as external dust and rainwater.
Material:PTFE
Explosion-proof motors are designed to work in flammable and explosive environments to prevent fire or explosion caused by sparks or high temperatures. They are commonly used in hazardous environments such as chemical plants, the oil and gas industry, and mines. Various accessories such as junction boxes, ground bolts, vibration sensors, wiring seals, etc. use rubber seals to ensure safety performance and prevent contamination. Rubber seals are used at the entrance to the junction box, around the ground stud, and around the vibration sensor mounting point. Wiring sealing is also critical to prevent sparks or high temperatures at the cable outlet from causing a fire or explosion. The vibration sensor is installed at the connector, sensor head and cable outlet, with rubber seals around the head and sensor head to protect sensitive components.
One important area where rubber seals are crucial is drilling operations in the oil and gas sub-industry.
In the field of renewable energy, various products require rubber seals to function properly.
In the field of power generation, rubber seals are also an integral part of various power plant equipment such as valves, pumps, and compressors. In conclusion, rubber seals are important components used in various products in the energy industry. A reliable sealing solution can be provided.
Pitch bearing seals are key components of wind turbines. They are mainly used to prevent lubricating oil from leaking inside the bearings and to prevent external dust, moisture and other contaminants from entering the bearings.
Guarnizioni in gomma ad alta pressione per l'industria civile e militare
Engineering seals are important components used in mechanical, industrial and engineering fields to seal and protect components. Common types include O-rings, gaskets, expansion joints, piston seals, shaft seals, and gaskets. High pressure seals are used in gas or liquid systems, explosion proof seals, sealing cable joints, heat seals, military ship seals, chemical protection seals. These seals are designed to withstand high pressures and ensure system safety and reliability.
Explosion-proof seals are used in explosive hazardous environments or equipment that require explosion-proof protection. Sealed cable glands are used in military communications systems, radar equipment and navigation systems to prevent contaminants from entering the system. Thermal seals are used in military electronics, radar and aerospace systems to provide sealing and thermal conductivity. Military marine seals are used on ships to ensure safety and buoyancy. Chemical protection seals are used in chemical protection equipment and protective clothing to protect personnel from chemicals.
Common civilian and military high-pressure seals include high-pressure pipe joint seals, high-pressure valve seals, and other seals for high-pressure valves and regulating devices. The selection of these seals depends on application needs, environmental requirements and regulatory standards.
X-ring rubber seals are widely used in the energy industry in oil and gas, power generation and hydropower stations.
It plays a sealing role in valves, pipe joints, pumps and power generation equipment of critical equipment.
When selecting X-ring rubber seals, you need to consider the factors of the specific working environment, such as high temperature, high pressure and corrosive media. Common choices include silicone rubber and fluoroelastomer.
Nuclear energy plays an important role in modern society, and nuclear seals are a key component in ensuring the safe operation of nuclear energy systems.
Hammer union seals HNBR
Hammer union seals are essential sealing components in high-pressure connections used in the oil and gas industry. They provide a reliable, leak-free seal between the male and female parts of the hammer union. Made from materials like nitrile butadiene rubber, fluoroelastomer, or HNBR, they are designed to withstand repeated assembly and disassembly operations. Selecting the right seal depends on application requirements, pressure rating, temperature range, and compatibility with the media being transported.
proprietà fisiche | valore nominale | sistema di unità | |
proporzione | 1.10 | g/cm³ | |
contractility – Cured | 0.20 | % | |
prestazioni termiche | valore nominale | sistema di unità | Metodi di prova |
Service Temperature – Cured | -51-177 | °C | |
Cured Properties | valore nominale | sistema di unità | Metodi di prova |
Coverage – Cured | 0.910 | cm³/g | |
Support hardness | |||
Riva A 5 | 26-34 | ||
Riva A 6 | 36-44 | ||
tensile strength | 3.45-3.79 | MPa | ASTM D412 |
elongation at break | 200-250 | % | ASTM D412 |
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