Mody claw connector external thread acid-resistant is a steel, yellow passivated connector designed to withstand demanding industrial conditions. Its replaceable seal allows use with a wide range of media, providing versatility and durability. The thread makes it easy to install and adapt to various applications. This connector is an excellent choice when you need reliability and flexibility. applications compressed air, water, steam industries industry, construction, maintenance benefits The Mody claw connector male thread offers excellent durability and versatility, making it an ideal choice for a variety of industrial applications. Easy installation and seal interchangeability ensure flexibility and long service life. chemical and corrosion resistance Good resistance to many chemicals, but the choice of seal affects chemical resistance. Yellow passivation improves corrosion resistance in demanding environments. sealing The nail connector is sealed by its rubber seal. finding the right size By measuring the outer or inner diameter of the thread with a caliper, you can easily check the correct connector size using the thread table below.
MODY claw connector internal thread acid-proof is a high-quality, yellow-passivated steel connector designed for demanding industrial applications. Its internal thread ensures easy installation and compatibility with a wide range of systems. The connector adapts to different media and temperatures by replacing the seal, which increases its versatility. Its durable construction and design according to DIN 3489 make it an ideal choice for demanding environments. Applications Compressed air, water, steam Industries Industry, engineering, chemical industry Benefits MODY nail connector internal thread offers a versatile and durable solution that is easy to install and adapt to different needs. Chemical and corrosion resistance The connector is highly resistant to various chemicals and corrosion, making it suitable for even challenging environments. Sealing Suitable seals: Seals according to DIN 3489 Finding the right size By measuring the outer or inner diameter of the thread with a caliper, you can easily check the correct connector size using the thread table below.
Composite hose 2" female saflok is designed to withstand demanding industrial conditions where reliability and chemical resistance are key. Its durable and flexible construction ensures easy connection and quick installation, making it an ideal choice for professionals. The hose is equipped with 2" camlock fittings, which allow for smooth connection to various systems. The Teflon inner surface ensures excellent chemical resistance, expanding the hose's application possibilities. Applications Liquid transportation, chemical transfer, industrial processes Industries Chemical industry, oil and gas industry, food industry Benefits The lightweight and flexible design makes handling and installation easy. Quality components ensure reliability in demanding applications. Risks Incorrect pressure conditions can damage the hose, so it is important to follow the recommended usage instructions. Adapters Compatible with a wide range of industrial fittings, including camlock and flange fittings. Chemical resistance Teflon coating inside the hose ensures excellent chemical resistance. Acid-resistant safety locking Saflok cam lever connector ensures the safety of the pressurized hose. Operating temperatures -30 - +100°C Operating pressure classes Working pressure 14 bar, Burst pressure 70 bar Certificates and classes The hoses are manufactured and tested to EN 13765 - IMO IBC code. The hose is delivered as a ready-to-use assembly, tested for stress. We give a one-year warranty on the assemblies.
Composite hose 2" male female saflok is designed for demanding industrial conditions where reliable chemical transfer is required. The durable and flexible construction makes it the perfect choice for professionals who value easy connection and quick installation. 2 inch camlock fittings ensure smooth connection to various systems. The Teflon inner surface ensures versatile chemical resistance, which increases the hose's application possibilities. Applications Liquid transportation, chemical transfer, industrial processes Industries Chemical industry, oil and gas industry, food industry Benefits The lightweight and flexible design makes handling and installation easy. Quality components ensure reliability in demanding applications. Risks Incorrect pressure conditions can damage the hose, so it is important to follow the recommended usage instructions. Adapters Compatible with a wide range of industrial fittings, including camlock and flange fittings. Chemical resistance Resistant to many chemicals, making the hose a versatile industrial solution. Operating temperatures -30 - +100°C Operating pressure classes Working pressure 14 bar, Burst pressure 70 bar Certificates and classes The hoses are manufactured and tested to EN 13765 - IMO IBC code. The hose is delivered as a ready-to-use assembly, tested for stress. We give a one-year warranty on the assemblies.
Composite hose 2" female camlocks are designed for demanding industrial conditions where reliable chemical transfer is required. The durable and flexible construction makes it the perfect choice for professionals who value easy connection and quick installation. 2 inch camlock fittings ensure smooth connection to various systems. The Teflon inner surface ensures versatile chemical resistance, which increases the hose's application possibilities. Applications Liquid transportation, chemical transfer, industrial processes Industries Chemical industry, oil and gas industry, food industry Benefits The lightweight and flexible construction makes handling and installation easy. Acid-resistant camlocks ensure reliability in demanding applications. Risks Incorrect pressure conditions can damage the hose, so it is important to follow the recommended usage instructions. Adapters Compatible with a wide range of industrial fittings, including camlock and flange fittings. Chemical resistance The hose has a Teflon membrane on the inside and acid-resistant connectors. Operating temperatures -30 - +100°C Operating pressure classes Working pressure 14 bar, Burst pressure 70 bar Certificates and classes The hoses are manufactured and tested to EN 13765 - IMO IBC code. The hose is delivered as a ready-to-use assembly, tested for stress. We give a one-year warranty on the assemblies.
Composite hose 2" male female camlocks are designed for demanding industrial conditions where reliable chemical transfer is required. Made from high-quality materials, this hose combines durability and flexibility, making it an ideal choice for professionals. Its 2" camlock fittings allow for easy connection and quick installation. Thanks to the Teflon inner surface, the hose is resistant to a wide range of chemicals. Applications Liquid transportation, chemical transfer, industrial processes Industries Chemical industry, oil and gas industry, food industry Benefits The lightweight and flexible design makes handling and installation easy. Quality components ensure reliability in demanding applications. Risks Incorrect pressure conditions can damage the hose, so it is important to follow the recommended usage instructions. Adapters Compatible with a wide range of industrial fittings, including camlock and flange fittings. Chemical resistance Resistant to many chemicals, making the hose a versatile industrial solution. Operating temperatures -30 - +100°C Operating pressure classes Working pressure 14 bar, Burst pressure 70 bar Certificates and classes The hoses are manufactured and tested to EN 13765 - IMO IBC code. The hose is delivered as a ready-to-use assembly, tested for stress. We give a one-year warranty on the assemblies.
Composite hose 2" male camlocks are designed for demanding industrial conditions where reliable chemical transfer is required. Made from high-quality materials, this hose combines durability and flexibility, making it an ideal choice for professionals. Its 2" camlock fittings allow for easy connection and quick installation. Thanks to the Teflon inner surface, the hose is resistant to a wide range of chemicals. Applications Liquid transportation, chemical transfer, industrial processes Industries Chemical industry, oil and gas industry, food industry Benefits The lightweight and flexible design makes handling and installation easy. Quality components ensure reliability in demanding applications. Risks Incorrect pressure conditions can damage the hose, so it is important to follow the recommended usage instructions. Adapters Compatible with a wide range of industrial fittings, including camlock and flange fittings. Chemical resistance Resistant to many chemicals, making the hose a versatile industrial solution. Operating temperatures -30 - +100°C Operating pressure classes Working pressure 14 bar, Burst pressure 70 bar Certificates and classes The hoses are manufactured and tested to EN 13765 - IMO IBC code. The hose is delivered as a ready-to-use assembly, tested for stress. We give a one-year warranty on the assemblies.
Composite hose 3" male threads are designed for the demanding needs of industrial chemical transfer, offering excellent durability and versatility in various conditions. This hose is made of high-quality materials, ensuring long service life and reliable performance. The 3 inch composite hose with acid-resistant male threads is easy to connect and install, making it an ideal choice for industrial professionals. The Teflon inner surface of the hose provides a wide range of chemical resistance. Applications Liquid transportation, chemical transfer, industrial processes Industries Chemical industry, oil and gas industry, food industry Benefits The composite construction offers lightness and flexibility, making the hose easy to handle and install. The high-quality materials ensure excellent durability in demanding industrial environments. Risks Although the hose is designed to withstand a variety of chemicals, improper or excessive pressure can cause damage. It is important to ensure that the hose is installed correctly and used within the recommended operating conditions. Adapters Compatible with a wide range of industrial fittings, including camlock and flange fittings. Chemical resistance The hose is highly resistant to a wide range of chemicals, making it ideal for demanding industrial applications. Operating temperatures -30 - +100°C Operating pressure classes Working pressure 14 bar, Burst pressure 70 bar Certificates and classes Hoses are manufactured and tested according to EN 13765 - IMO IBC code.
Composite hose PTFE 14 bar LBS with flanges is a top-class product for transferring industrial chemicals. The hose is made of durable red composite with LBS flanges and a PTFE Teflon membrane that provides excellent chemical resistance. Applications Chemical transfer in industrial environments, high-pressure chemical transfer applications. Industries Chemical industry, industrial production and processing. Benefits Composite hose PTFE 14 bar LBS with flanges is very flexible and light, so it is easy to handle and install. It is also a very durable and reliable solution for transferring chemicals. Risks Improper use or maintenance of the hose can lead to chemical leaks and damage the hose. That is why it is important to follow the operating and maintenance instructions. Adapters Compatible with many different hose fittings. Hoses Compatible with many different connectors. Chemical resistance The PTFE Teflon film offers excellent chemical resistance. Operating temperatures -30°C to +100°C Operating pressure classes 14 bar / 70 bar Certificates and classes The product meets industry quality and safety standards. If you need a reliable and durable solution for transferring chemicals, ask for a quote on Composite hose PTFE 14 bar LBS flanges.
MODY claw connector internal thread is a yellow passivated steel connector that offers a reliable solution for a wide range of industrial applications. Its internal thread allows for easy installation and adaptability to various systems. By changing the seal, the connector adapts to a wide range of media and temperatures. The durable construction and design according to DIN 3489 make it an excellent choice for demanding industrial environments. Applications Compressed air, water, steam Industries Industry, engineering, chemical industry Benefits MODY nail connector internal thread offers a versatile and durable solution that is easy to install and adapt to different needs. Risks Choosing the wrong size or gasket can lead to leaks or unreliable connections. Hoses Compatible connectors: all connectors according to DIN 3489 standard Chemical resistance Withstands a variety of chemicals with seal replacement, making it suitable for a wide range of substances. Operating temperatures -40° to +95°C Operating pressure classes Suitable for different pressure classes, but exact information should be verified according to the intended use. Certificates and classes DIN 3489
Choosing the right stem seal is very important for the operation of the hydraulic system. The stem seal is a necessary part of the system, as its role is to prevent oil leakage and ensure that the system works efficiently. If the gasket is the wrong size or not suitable for the oil being used, it can lead to oil leaks and inefficient system operation. Such problems can cause significant damage to system components and increase unnecessary maintenance costs. Choosing a high-quality stem seal is also important for the safety of the system. An incorrectly selected or low-quality seal can cause oil leaks, which can affect the operation and safety of the system. For example, an oil leak in a lifting device can cause dangerous situations if the object being lifted accidentally falls due to the leak. In summary, it can be stated that choosing the right stem seal is crucial for the operation of the hydraulic system. A high-quality stem seal helps to avoid unnecessary maintenance costs, increases the service life of the system and improves the safety of the system. This applies to all stem sizes, such as a 120mm stem seal.
Choosing the right stem seal is very important for the operation of the hydraulic system. The stem seal is a necessary part of the system, as its role is to prevent oil leakage and ensure that the system works efficiently. If the gasket is the wrong size or not suitable for the oil being used, it can lead to oil leaks and inefficient system operation. Such problems can cause significant damage to system components and increase unnecessary maintenance costs. Choosing a high-quality stem seal is also important for the safety of the system. An incorrectly selected or low-quality seal can cause oil leaks, which can affect the operation and safety of the system. For example, an oil leak in a lifting device can cause dangerous situations if the object being lifted accidentally falls due to the leak. If you are using a 95mm stem, it is important to choose the right size stem seal. With the help of a high-quality and durable seal, oil leaks can be avoided and the efficient and safe operation of the system can be ensured. It is recommended to choose a gasket that is specially designed for the 100mm stem, so that it fits precisely on the surface of the stem and can withstand the effects of high pressure and temperature. Careful selection of the stem seal can ensure the functionality of the system and avoid unnecessary maintenance costs.
Choosing the right stem seal is very important for the operation of the hydraulic system. The stem seal is a necessary part of the system, as its role is to prevent oil leakage and ensure that the system works efficiently. If the gasket is the wrong size or not suitable for the oil being used, it can lead to oil leaks and inefficient system operation. Such problems can cause significant damage to system components and increase unnecessary maintenance costs. Choosing a high-quality stem seal is also important for the safety of the system. An incorrectly selected or low-quality seal can cause oil leaks, which can affect the operation and safety of the system. For example, an oil leak in a lifting device can cause dangerous situations if the object being lifted accidentally falls due to the leak. If you are using an 85mm stem, it is important to choose the right size stem seal. With the help of a high-quality and durable seal, oil leaks can be avoided and the efficient and safe operation of the system can be ensured. It is recommended to choose a gasket that is specially designed for the 100mm stem, so that it fits precisely on the surface of the stem and can withstand the effects of high pressure and temperature. Careful selection of the stem seal can ensure the functionality of the system and avoid unnecessary maintenance costs.
Choosing the right stem seal is very important for the operation of the hydraulic system. The stem seal is a necessary part of the system, as its role is to prevent oil leakage and ensure that the system works efficiently. If the gasket is the wrong size or not suitable for the oil being used, it can lead to oil leaks and inefficient system operation. Such problems can cause significant damage to system components and increase unnecessary maintenance costs. Choosing a high-quality stem seal is also important for the safety of the system. An incorrectly selected or low-quality seal can cause oil leaks, which can affect the operation and safety of the system. For example, an oil leak in a lifting device can cause dangerous situations if the object being lifted accidentally falls due to the leak. If you are using a 100mm stem, it is important to choose the right size stem seal. With the help of a high-quality and durable seal, oil leaks can be avoided and the efficient and safe operation of the system can be ensured. It is recommended to choose a gasket that is specially designed for the 100mm stem, so that it fits precisely on the surface of the stem and can withstand the effects of high pressure and temperature. Careful selection of the stem seal can ensure the functionality of the system and avoid unnecessary maintenance costs.
The importance of the 90mm stem seal for the hydraulic cylinder is very important, as it ensures the efficient and safe operation of the hydraulic system. The shaft seal is an essential part of the hydraulic system, as its role is to prevent oil leakage and ensure that the system operates smoothly and cost-effectively. The 65mm stem seal is precisely designed to fit the 90mm stem so that it fits perfectly on the stem. Its manufacturing materials use high-quality, durable materials such as rubber, PTFE or PU, which are oil and wear-resistant. This guarantees the durability and long service life of the stem seal. By choosing the right size and quality 70mm stem seal, you can avoid unnecessary maintenance costs and extend the life of the system. A high-quality shaft seal also helps to avoid oil leaks, which can cause dangerous situations and negatively affect the operation of the system. In summary, it can be stated that the importance of the 90mm stem seal for the hydraulic cylinder is important, as it ensures the efficient and safe operation of the hydraulic system. By choosing a high-quality and correctly sized stem seal, you can avoid unnecessary maintenance costs and improve the operation and service life of the system.
The importance of the 80mm stem seal for the hydraulic cylinder is very important, as it ensures the efficient and safe operation of the hydraulic system. The shaft seal is an essential part of the hydraulic system, as its role is to prevent oil leakage and ensure that the system operates smoothly and cost-effectively. The 65mm stem seal is precisely designed to fit a 65mm stem so that it fits perfectly on the stem. Its manufacturing materials use high-quality, durable materials such as rubber, PTFE or PU, which are oil and wear-resistant. This guarantees the durability and long service life of the stem seal. By choosing the right size and quality 80mm stem seal, you can avoid unnecessary maintenance costs and extend the service life of the system. A high-quality shaft seal also helps to avoid oil leaks, which can cause dangerous situations and negatively affect the operation of the system. In summary, it can be stated that the importance of the 80mm stem seal for the hydraulic cylinder is important, as it ensures the efficient and safe operation of the hydraulic system. By choosing a high-quality and correctly sized stem seal, you can avoid unnecessary maintenance costs and improve the operation and service life of the system.
The importance of the 70mm stem seal for the hydraulic cylinder is very important, as it ensures the efficient and safe operation of the hydraulic system. The shaft seal is an essential part of the hydraulic system, as its role is to prevent oil leakage and ensure that the system operates smoothly and cost-effectively. The 65mm stem seal is precisely designed to fit a 65mm stem so that it fits perfectly on the stem. Its manufacturing materials use high-quality, durable materials such as rubber, PTFE or PU, which are oil and wear-resistant. This guarantees the durability and long service life of the stem seal. By choosing the right size and quality 70mm stem seal, you can avoid unnecessary maintenance costs and extend the life of the system. A high-quality shaft seal also helps to avoid oil leaks, which can cause dangerous situations and negatively affect the operation of the system. In summary, it can be stated that the importance of the 70mm stem seal for the hydraulic cylinder is important, as it ensures the efficient and safe operation of the hydraulic system. By choosing a high-quality and correctly sized stem seal, you can avoid unnecessary maintenance costs and improve the operation and service life of the system.
The importance of the 65mm stem seal for the hydraulic cylinder is very important, as it ensures the efficient and safe operation of the hydraulic system. The shaft seal is an essential part of the hydraulic system, as its role is to prevent oil leakage and ensure that the system operates smoothly and cost-effectively. The 65mm stem seal is precisely designed to fit a 65mm stem so that it fits perfectly on the stem. Its manufacturing materials use high-quality, durable materials such as rubber, PTFE or PU, which are oil and wear-resistant. This guarantees the durability and long service life of the stem seal. By choosing the right size and quality 65mm stem seal, you can avoid unnecessary maintenance costs and extend the service life of the system. A high-quality shaft seal also helps to avoid oil leaks, which can cause dangerous situations and negatively affect the operation of the system. In summary, it can be stated that the importance of the 65mm stem seal for the hydraulic cylinder is important, as it ensures the efficient and safe operation of the hydraulic system. By choosing a high-quality and correctly sized stem seal, you can avoid unnecessary maintenance costs and improve the operation and service life of the system.
A high-quality cylinder head gasket is a vital part of the hydraulic system, whose role is to prevent oil leakage and ensure efficient operation of the system. Our range includes high quality 63mm stem seals made from durable materials such as rubber, PTFE or PU. The design and size of the seals are precisely designed to fit the 63mm stem, so that they fit perfectly into the system used by the customer. Our seals are very durable and have a long service life. They can be used in many types of hydraulic systems where a seal is needed for a 63mm stem. The use of a high-quality seal reduces unnecessary maintenance costs and ensures the efficient operation of the system. In addition, the use of a high-quality seal improves the safety of the system, as it reduces the risk of oil leaks, which can cause dangerous situations in e.g. lifting equipment. Our range of 63mm stem seals are top quality and affordable. They are made of durable materials, so they last even in heavy use. By choosing a high-quality cylinder stem seal from us, you can be sure of the safety and efficiency of your system.
Choosing the right stem seal is very important for the operation of the hydraulic system. The stem seal is a necessary part of the system, as its role is to prevent oil leakage and ensure that the system works efficiently. If the gasket is the wrong size or not suitable for the oil being used, it can lead to oil leaks and inefficient system operation. Such problems can cause significant damage to system components and increase unnecessary maintenance costs. Choosing a high-quality stem seal is also important for the safety of the system. An incorrectly selected or low-quality seal can cause oil leaks, which can affect the operation and safety of the system. For example, an oil leak in a lifting device can cause dangerous situations if the object being lifted accidentally falls due to the leak. It is important to note that gaskets designed for different sized stems are not interchangeable. For example, a 60mm stem seal is not suitable for a 40mm stem, as its dimensions and sealing ability are designed differently. That is why it is important to choose the right size and suitable seal for the size of the stem and the oil used. With the help of a high-quality stem seal, problems caused by oil leaks can be avoided, which can affect the operation and safety of the system. In summary, it can be stated that choosing the right stem seal is crucial for the operation of the hydraulic system. A high-quality stem seal helps to avoid unnecessary maintenance costs, increases the service life of the system and improves the safety of the system.