2"~6"
PERFECT LOADING
Why not just use regular steel pipes or hoses? Well, regular steel corrodes, hoses wear out, and both can lead to dangerous leaks or spills. PTFE-lined loading arms offer a smarter solution, combining durability, safety, and efficiency in one package. They’re built to last and designed to impress.
Here are a few reasons why industries are making the switch:
Safety First: The closed system design and PTFE’s non-reactive nature minimize the risk of leaks and vapor emissions, protecting workers and the environment.
Cost Savings: Less corrosion means less maintenance and fewer replacements, saving you money in the long run.
Versatility: From acids to alkalis, these loading arms can handle a wide range of chemicals, making them a one-size-fits-all solution for many industries.
Ease of Use: Precise balancing and robust swivel joints make these arms easy to operate, even for large-scale transfers.
The PTFE lining acts like a fortress, shielding the loading arm’s pipelines and swivel joints from corrosive substances. Whether you’re transferring 33% hydrochloric acid or 30% sulfuric acid, the PTFE layer ensures the equipment stays intact, reducing maintenance costs and extending service life. It’s like giving your loading arm a suit of armor that never rusts.
Many PTFE-lined loading arms are designed for both open and closed loading/unloading systems. Closed systems are especially cool because they prevent toxic vapors from escaping, keeping workers safe and the environment happy.
Swivel joints are the unsung heroes of loading arms, allowing them to move and rotate without breaking the flow. In PTFE-lined systems, these joints are also lined with PTFE, ensuring they’re just as corrosion-resistant as the pipelines. High-quality designs mean these joints are durable and easy to maneuver.
No two industrial setups are the same, so PTFE-lined loading arms come with a range of customization options. Need a vapor recovery system? A quick-coupling mechanism? A specific flange size? These arms can be tailored to fit your exact needs.
Liquid phase: DN80 to DN150
Gas phase: DN50 to DN100
0.1 MPa to 1.6 MPa
-30°C to +100°C (-22°F to 212°F)
Base material: Carbon steel or stainless steel
Lining: Seamless PTFE
The steel provides structural strength, while the PTFE lining handles the chemical resistance.
Carbon steel or stainless steel, with PTFE lining
Hardened ball raceways for long service life
Designed for smooth rotation and minimal wear
Compatible with AISI 150#, 300#, or custom specifications
Holes for leakage detection to ensure safety.
PTFE-lined loading arms are popping up everywhere, from chemical plants to pharmaceutical labs. Here are a few places where they shine:
Transferring acids, alkalis, and other corrosive chemicals between tanks and tankers.
Handling corrosive solvents in a hygienic, contamination-free environment.
Moving acidic or caustic ingredients without compromising product purity.
Firstly, PTFE’s high melting point (327°C) makes it tricky to process, which can drive up manufacturing costs. Also, while PTFE is tough, it’s not indestructible. Thin linings (less than 3 mm) can wear out under extreme conditions, so regular inspections are key.
To get the most out of your loading arm, make sure to:
· Choose the right size and configuration for your needs.
· Work with a reliable manufacturer, like PERFECT LOADING.
· Schedule routine maintenance to catch any wear before it becomes a problem.
40 calendar days after order and drawings confirming
Why not just use regular steel pipes or hoses? Well, regular steel corrodes, hoses wear out, and both can lead to dangerous leaks or spills. PTFE-lined loading arms offer a smarter solution, combining durability, safety, and efficiency in one package. They’re built to last and designed to impress.
Here are a few reasons why industries are making the switch:
Safety First: The closed system design and PTFE’s non-reactive nature minimize the risk of leaks and vapor emissions, protecting workers and the environment.
Cost Savings: Less corrosion means less maintenance and fewer replacements, saving you money in the long run.
Versatility: From acids to alkalis, these loading arms can handle a wide range of chemicals, making them a one-size-fits-all solution for many industries.
Ease of Use: Precise balancing and robust swivel joints make these arms easy to operate, even for large-scale transfers.
The PTFE lining acts like a fortress, shielding the loading arm’s pipelines and swivel joints from corrosive substances. Whether you’re transferring 33% hydrochloric acid or 30% sulfuric acid, the PTFE layer ensures the equipment stays intact, reducing maintenance costs and extending service life. It’s like giving your loading arm a suit of armor that never rusts.
Many PTFE-lined loading arms are designed for both open and closed loading/unloading systems. Closed systems are especially cool because they prevent toxic vapors from escaping, keeping workers safe and the environment happy.
Swivel joints are the unsung heroes of loading arms, allowing them to move and rotate without breaking the flow. In PTFE-lined systems, these joints are also lined with PTFE, ensuring they’re just as corrosion-resistant as the pipelines. High-quality designs mean these joints are durable and easy to maneuver.
No two industrial setups are the same, so PTFE-lined loading arms come with a range of customization options. Need a vapor recovery system? A quick-coupling mechanism? A specific flange size? These arms can be tailored to fit your exact needs.
Liquid phase: DN80 to DN150
Gas phase: DN50 to DN100
0.1 MPa to 1.6 MPa
-30°C to +100°C (-22°F to 212°F)
Base material: Carbon steel or stainless steel
Lining: Seamless PTFE
The steel provides structural strength, while the PTFE lining handles the chemical resistance.
Carbon steel or stainless steel, with PTFE lining
Hardened ball raceways for long service life
Designed for smooth rotation and minimal wear
Compatible with AISI 150#, 300#, or custom specifications
Holes for leakage detection to ensure safety.
PTFE-lined loading arms are popping up everywhere, from chemical plants to pharmaceutical labs. Here are a few places where they shine:
Transferring acids, alkalis, and other corrosive chemicals between tanks and tankers.
Handling corrosive solvents in a hygienic, contamination-free environment.
Moving acidic or caustic ingredients without compromising product purity.
Firstly, PTFE’s high melting point (327°C) makes it tricky to process, which can drive up manufacturing costs. Also, while PTFE is tough, it’s not indestructible. Thin linings (less than 3 mm) can wear out under extreme conditions, so regular inspections are key.
To get the most out of your loading arm, make sure to:
· Choose the right size and configuration for your needs.
· Work with a reliable manufacturer, like PERFECT LOADING.
· Schedule routine maintenance to catch any wear before it becomes a problem.
40 calendar days after order and drawings confirming
