JIS marine valves are important parts of ship systems. They help control liquid and gas flow safely and efficiently. These valves follow Japanese Industrial Standards (JIS) and are made from strong materials like cast iron, cast steel, and aluminum bronze. These materials are tough, resist seawater damage
The valves come in different shapes, like straight-through and angle types. They are designed to fit specific ship needs. They meet rules from groups like CCS, ABS, and DNVGL, ensuring safety. Whether used for ballast systems or firefighting, JIS marine valves work well and give peace of mind. For more information or assistance with valve selection, please contact our knowledgeable representatives.
Key Takeaways
- JIS marine valves control how liquids and gases move on ships.
- They keep ships safe and working well.
- These valves are made from strong materials like cast iron.
- Aluminum bronze is also used because it resists seawater damage.
- There are different types of JIS valves, like gate and globe valves.
- Butterfly valves are another type, each with a specific job on ships.
- Cleaning and checking these valves often helps them last longer.
- This also stops expensive repairs from being needed.
- JIS standards make sure valves are safe and high quality.
- This gives ship operators confidence in their equipment.
- Using the right valve, like globe valves for cooling, is important.
- It helps ship systems work better and more efficiently.
- JIS valves can handle tough conditions in the ocean.
Overview of JIS Marine Valves
What Are JIS Marine Valves?
JIS marine valves help control liquids and gases on ships. They follow Japanese Industrial Standards (JIS) for quality and performance. These valves are used in systems like ballast, cooling, and firefighting. Their strong design keeps ships running safely and efficiently.
More ships now use JIS marine valves than before. This is because automation is growing in marine systems. Reliable valves that meet global standards are needed. Companies like I-FLOW, with over 10 years of experience, lead this market. They supply valves to over 40 countries, showing their worldwide importance.
Key Features of JIS Marine Valves
JIS marine valves are known for their great design and performance. They come in many sizes and materials, making them useful for different ship systems. Below are some key details:
| Feature | Specification |
|---|---|
| Size range | DN6~1000mm |
| Pressure range | 0.1Mpa~16Mpa |
| Materials | Cast iron, steel, bronze, stainless steel, forged steel |
These valves handle tough marine conditions well. Bronze valves resist saltwater damage, while steel valves work in freezing temperatures as low as -260°F. Many JIS valves meet ISO 15848-1 standards, which ensure no harmful leaks. Their strength and reliability make them ideal for oil tankers, passenger ships, and cargo vessels.
Importance of JIS Standards in Marine Valves
JIS standards are very important for making marine valves. They ensure the valves are safe, reliable, and work well. Following JIS rules helps manufacturers create valves that meet international safety groups like DNV-GL, ABS, and CCS. This means the valves can be used in many ship systems without problems.
For ship operators, JIS valves offer peace of mind. They meet industry rules and last in tough conditions. High-quality materials like stainless steel and nickel alloys make them even better. With China’s valve exports growing 18% each year, JIS marine valves are key to modern ship engineering.
Types of JIS Marine Valves
JIS marine valves come in different types for specific ship tasks. Knowing these types helps you pick the right valve. Below are three common JIS marine valve types.
Gate Valves
Gate valves are popular for controlling liquid flow on ships. They work by moving a gate up or down inside the valve. When fully open, they let liquids flow freely with no blockages. This makes them great for systems like ballast tanks that need fast water movement.
Gate valves seal tightly when closed, stopping leaks. This helps them work well and safely. But they are not good for controlling flow in small amounts. Using them partly open can damage them over time. Cleaning and oiling them often keeps them working properly.
Globe Valves
Globe valves are made for controlling flow with precision. They use a moving disk and fixed ring to manage liquids or gases. This design is perfect for systems like cooling or fuel lines that need careful flow control.
Globe valves let you adjust flow rates very accurately. They also leak less than other valve types. But their design slows down flow, which can lower efficiency in high-flow systems. To keep them working well, check for damage or rust regularly.
Check Valves
Check valves stop liquids from flowing backward in ship systems. They only let fluids move in one direction, keeping systems safe. You’ll find them in firefighting, wastewater, and fuel systems.
To keep check valves working well, follow these steps: The System 5 Marine Control Valve allows for easy and quick installation and maintenance. It is constructed from durable plastic and corrosion-resistant brass components, ensuring long-lasting performance in marine environments.
- Clean the valve area to remove dirt or debris.
- Look for leaks, rust, or damage on the valve.
- Test the valve by opening and closing it manually.
- Watch the system’s pressure and temperature to stay within limits. The Qwik-Lok system ensures leak-free operation between hoses and fittings, enhancing reliability and safety.
Doing these steps helps check valves last longer and keeps ship systems safe.
Butterfly Valves
Butterfly valves are great for ships needing space-saving solutions. They use a spinning disk to control liquid or gas flow. A simple quarter-turn opens or closes them quickly and easily. Their small size fits well in tight ship areas like engine rooms.
These valves are also budget-friendly. Their lightweight build lowers material costs and makes installation easier. They need little upkeep, saving time and money over years of use. The smooth design reduces pressure loss, keeping flow efficient in ship systems.
Here’s a simple table showing butterfly valve benefits:
| Benefit | Description |
|---|---|
| Cost-Effectiveness | Lightweight design cuts costs and needs less maintenance. |
| Compact and Lightweight | Smaller and lighter, making installation simpler. |
| Efficient Flow Control | Quick quarter-turn operation for fast and easy flow control. |
| Durability and Long Service | Strong materials resist tough conditions and chemicals. |
| Minimal Pressure Loss | Smooth design lowers flow resistance and pressure drop. |
Butterfly valves work in many ship systems, like cooling or wastewater. They last long, even in salty or extreme weather conditions.
Ball Valves
Ball valves are another common choice for ships. They use a ball with a hole to control flow. Turning the handle rotates the ball, opening or closing the flow. This simple design makes them reliable and easy to use. Ball valves are very common and versatile, as they can be used for various applications, such as fuel lines, water systems, or hydraulic systems.
These valves are great for systems needing a tight seal. For example, they’re used in fuel systems where leaks can cause big problems. Ball valves are strong and handle high pressure and heat, making them perfect for tough ship environments.
Ball valves are very flexible. They work for both on/off flow and flow control. But regular care is important. Clean them and check for damage to avoid rust or leaks.
SDNR Check Valve
SDNR (Self-Closing Non-Return) check valves stop liquids or gases from flowing backward. They close automatically when flow stops, keeping systems safe and efficient. These valves are key for firefighting or LNG systems.
Unlike regular check valves, SDNR valves have a manual option. You can open or close them by hand when needed. This is helpful during repairs or emergencies to control specific pipeline sections.
To keep SDNR valves working well, inspect them often. Check for rust or damage to seals. Good maintenance ensures they stay reliable and protect your ship’s systems.
Hydraulic control valve
Hydraulic control valves are key for managing fluid flow on ships. They use hydraulic pressure to work, making them great for tasks needing strong force and precise control. You’ll often see them in steering systems, winches, and cargo equipment. These valves handle heavy loads and work well under high pressure, making them essential for marine operations. The System 5 Marine Control Valve features a compact and rugged design and provides maximum installation flexibility with its Qwik-Lok version.
Their design ensures they are reliable and efficient. Parts like spools, seals, and actuators work together to control fluid movement. Adjusting the valve sends hydraulic fluid to specific areas, allowing controlled motion or pressure. The System 5 Marine Control Valve has a modular construction that allows for easy customization, making it adaptable to various ship systems. This accuracy helps keep important ship equipment running smoothly.
Hydraulic control valves have many benefits. They operate smoothly, save energy, and reduce wear on parts. Regular care, like checking for leaks and cleaning filters, keeps them working longer. Taking care of these valves prevents expensive repairs and system downtime.
Tip: Always check the hydraulic fluid quality. Dirty fluid can harm the valve and lower system performance.
Pneumatic control valve
Pneumatic control valves use compressed air to manage gas or liquid flow on ships. They are lightweight and quick, making them perfect for jobs needing fast action. You’ll find them in air compressors, ventilation systems, and nitrogen units.
These valves are simple to use. Air pressure opens or closes the valve, letting you control flow rates easily. Their basic design lowers the chance of mechanical problems, ensuring they work well in tough conditions. Plus, pneumatic valves resist rust, which is helpful in marine environments.
Pneumatic valves are also energy-efficient. They use less power than hydraulic systems, saving money in the long run. Regular checks and replacing worn parts keep them in good shape. Proper maintenance makes them last longer and improves your ship’s system efficiency.
Note: Make sure the air supply is clean and dry. Moist air or dirt can harm the valve and cause system issues.
Marine Valve Applications
Ballast Systems
Ballast systems help keep a ship steady and balanced. JIS marine valves control water flow in and out of ballast tanks. These valves move water accurately to adjust the ship’s weight. During loading or unloading, they help balance the ship by managing water efficiently.
Gate valves are often used in ballast systems. They let water flow quickly and without blockages. Their tight seal stops leaks, keeping the system safe. Cleaning and oiling them regularly helps them work well.
Tip: Check for dirt or rust in ballast valves. This avoids clogs and keeps them working properly.
Cooling Systems
Cooling systems keep engines and machines from overheating. Marine valves control cooling water flow to maintain safe temperatures. Globe valves are popular because they allow precise flow control.
These valves help keep cooling steady, preventing overheating and damage. For example, in engine cooling, globe valves adjust water flow based on engine needs.
Inspect cooling valves often for rust or damage. Replace broken parts quickly to avoid problems.
Note: Watch cooling water temperatures closely. Sudden changes might mean valve or system issues.
Fuel Systems
Fuel systems need strong valves to manage fuel flow safely. Ball valves are used because they seal tightly and handle high pressure. They stop leaks, which is important for safety and fire prevention.
Ball valves are simple to use and control fuel flow well. They are strong and work in extreme heat or cold. This makes them good for fuels like diesel and LNG.
Take care of fuel valves by cleaning them and checking for wear. This keeps them reliable and lasting longer.
Alert: Always follow safety rules when checking fuel valves. Leaks can be dangerous for people and the environment.
Firefighting Systems
Firefighting systems on ships use special valves for emergencies. These systems spread water or foam to stop fires, keeping the crew and ship safe. JIS marine valves are important because they control firefighting agents accurately and reliably.
Different valves have unique jobs in firefighting systems:
- Globe valves manage water flow to firefighting tools for steady use.
- Ball valves allow quick start and stop, helping respond fast to fires.
| Valve Type | Role in Firefighting Systems |
|---|---|
| Globe Valve | Controls water flow to firefighting tools for steady use. |
| Ball Valve | Enables fast start and stop for quick fire response. |
To keep valves working well, check them often for rust or damage. Replace broken parts quickly to ensure the system is ready for emergencies. Good care makes your firefighting system stronger and more reliable.
Tip: Test your firefighting system during safety drills. This ensures everything works when needed most.
Wastewater Systems
Wastewater systems handle sewage and waste liquids on ships. They must follow strict rules to avoid pollution. JIS marine valves help control wastewater flow during treatment and discharge.
Check valves stop wastewater from flowing backward, keeping clean areas safe. Butterfly valves are compact and handle large amounts of liquid easily. These valves prevent leaks and keep the system running smoothly.
Clean valves often to remove dirt that blocks flow. Watch pressure and temperature to keep the system safe. Taking care of valves helps them last longer and ensures your ship meets environmental rules.
Note: Always check wastewater discharge follows local and global laws before releasing it into the sea.
Sox Scrubber
Sox scrubbers lower sulfur oxide (SOx) emissions from ship exhaust. They use water or chemicals to remove harmful gases, helping meet environmental rules like IMO 2020. JIS marine valves control liquid and gas flow in these systems.
Globe valves manage scrubbing liquids precisely, even with heat or corrosive materials. Butterfly valves control gas flow, keeping the scrubber efficient.
Inspect valves for rust or wear to keep the scrubber working well. Replace seals and parts as needed. Regular care ensures emission compliance and extends the scrubber’s life.
Alert: Ignoring valve care in Sox scrubbers can cause problems and fines. Stay proactive to avoid costly issues.
Nitrogen Generator PSA
Nitrogen Generator PSA systems make nitrogen gas for ship tasks. These systems use JIS marine valves to manage air and pressure during nitrogen production. They are important for jobs like keeping fuel tanks safe, protecting cargo, and working in risky areas.
The PSA process separates nitrogen from other gases using special materials. Valves guide compressed air into the system and release nitrogen gas. Globe valves control flow accurately, while check valves stop gas from flowing backward, ensuring smooth work.
To keep your nitrogen generator running well, check the valves often. Look for leaks or worn-out parts. Replace broken pieces quickly to avoid delays. Clean the valves to stop clogs and keep them working their best.
Tip: Watch the system’s pressure carefully. If it drops suddenly, check the valves right away.
IG System
The IG system stops explosions in cargo tanks by filling them with safe gases like nitrogen or carbon dioxide. JIS marine valves control the gas flow, making sure the system works safely and efficiently. These systems are very important for oil and chemical ships.
Valves in the IG system manage gas flow to tanks and control pressure. Butterfly valves are small and easy to use, while ball valves seal tightly to stop leaks and keep things safe.
Take care of the IG system by checking the valves often. Look for rust or damage, especially in wet or salty areas. Clean the valves to remove dirt that could block gas flow. Replace old seals to keep the system airtight.
Alert: Skipping valve checks in the IG system can be dangerous. Always inspect and fix them on time.
LNG Systems
LNG systems store and move natural gas in liquid form at very cold temperatures. JIS marine valves are key for controlling LNG flow and keeping the system safe. These systems need valves that can handle freezing conditions and high pressure.
Gate valves are used in LNG systems because they handle large amounts of liquid. Hydraulic control valves adjust flow precisely, making operations safe and efficient. These strong valves are perfect for LNG tasks.
To keep your LNG system working well, check valves for ice or damage from the cold. Use special cleaning tools to remove frost or dirt. Replace worn parts to stop leaks and keep the system reliable.
Note: Always follow safety rules when working with LNG systems. Extreme cold can be very dangerous if not handled properly.
Valve Design and Manufacturing
Engineering Processes
The design and manufacturing of marine valves, including JIS Marine Valve and SDNR Globe Valve, involve complex engineering processes that ensure precision and reliability. Utilizing computer-aided design (CAD) and computer-aided manufacturing (CAM) technologies, engineers can create detailed and accurate valve designs. These technologies allow for the meticulous planning of every component, ensuring that each valve meets the stringent requirements of marine applications.
High-quality materials, such as bronze and steel, are crucial in the production of durable and corrosion-resistant valves. For instance, ball valves require precise engineering to ensure smooth operation and reliable control. The engineering processes also consider factors such as water pressure, flow rate, and direction to ensure optimal performance. By focusing on these details, manufacturers can produce valves that not only meet but exceed industry standards, providing reliable service in the harsh marine environment.
Production Techniques
The production techniques used in manufacturing marine valves, including gate valves and angle globe valves, involve advanced technologies and machinery. Casting and machining techniques are employed to create complex valve components, ensuring that each part is crafted to perfection. These techniques allow for the production of high-quality JIS Marine Valves that are easy to install and maintain.
Rigorous testing and inspection are integral parts of the production process. Each valve undergoes thorough checks to ensure it meets the required standards, including JIS standards. This meticulous attention to detail results in a product that provides reliable control and service to ships and boats. With a wide range of applications, including water and drain systems, marine valves are essential components of any vessel. The advanced production techniques ensure that these valves perform reliably and have a long service life.
Benefits of Using JIS Marine Valves
Durability and Longevity
JIS marine valves are made to last a long time. They use strong materials like cast iron, cast steel, and aluminum bronze. These materials resist rust, even in salty water. This strength means fewer replacements are needed over time.
These valves can handle high pressure and extreme temperatures. Stainless steel valves work in freezing cold or very hot conditions. This makes them useful for many ship systems, like cooling or LNG tasks. Cleaning and checking for damage helps them last longer.
Tip: Check your valves regularly to avoid expensive repairs later.
Compliance with Industry Standards
JIS marine valves follow strict rules for safety and quality. They meet Japanese Industrial Standards (JIS) that are trusted worldwide. These rules ensure the valves are made well and tested for good performance.
Using JIS valves helps meet rules from groups like ABS, DNV-GL, and CCS. Following these rules avoids delays and keeps your ship running smoothly. It also ensures your ship meets legal and environmental requirements.
Note: Always check if your valves have the right certifications. This proves they meet the needed standards for your ship.
Reliability in Harsh Conditions
Marine environments are tough, but JIS marine valves are tougher. They work well in salty water, high humidity, and changing temperatures. This makes them great for important systems like firefighting and ballast operations.
These valves have advanced seals that stop leaks under pressure. This keeps ship systems safe and working efficiently. Whether in icy seas or warm waters, these valves stay reliable.
Alert: Check your valves after tough conditions. Fixing problems early avoids bigger issues later.
Versatility Across Applications
JIS marine valves are highly flexible and useful for many ship systems. They can handle different tasks, making them reliable for both simple and critical operations. Whether controlling water in ballast tanks or managing gas in LNG systems, these valves work well even in tough conditions.
These valves are used in systems needing accuracy, strength, and dependability. For example, in cooling systems, they control water flow to stop overheating. In firefighting systems, they deliver water or foam quickly during emergencies. They work efficiently in both high-pressure and low-pressure settings.
Their flexibility comes from the variety of valve types available. Each type is made for a specific job, so you can pick the best one. Gate valves are great for systems needing free-flowing liquids. Globe valves allow precise control for delicate tasks. Butterfly valves are small and fit well in tight spaces like engine rooms.
The materials used also add to their adaptability. Cast iron and steel valves handle high pressure, while aluminum bronze resists rust in salty water. This makes them suitable for different marine environments without losing performance.
JIS marine valves also meet global safety and quality standards. They follow rules from groups like ABS, DNV-GL, and CCS. This ensures they are safe and reliable for use on ships.
Choosing JIS marine valves means your ship gets strong, dependable parts. Their durability, reliability, and flexibility make them essential for modern ship systems.
Environmental Considerations
Impact on Marine Ecosystems
The impact of marine valves on marine ecosystems is a critical consideration in their design and manufacturing. The use of corrosion-resistant materials, such as bronze and stainless steel, helps to minimize the risk of pollution and damage to the marine environment. These materials are chosen for their durability and resistance to the harsh conditions of the sea, ensuring that the valves do not degrade and release harmful substances into the water.
Additionally, the design of valves, such as ball valves and gate valves, can help to prevent the release of harmful substances into the water. The JIS Marine Valve, for example, is designed to meet the requirements of JIS standards, which include environmental considerations. By choosing valves that are designed with environmental considerations in mind, boat and ship owners can help to minimize their impact on marine ecosystems and protect the environment.
It is easy to enter the world of environmentally friendly marine valves by contacting manufacturers, such as Jiangyin Eastern Valve Co., Ltd., via email or by adding products to your cart. Choosing the right valve for your specific applications, including those that require a high level of control, such as drain and water systems, and those that need to be installed in a specific direction or on a specific hull, ensures that your vessel operates efficiently and sustainably.
How JIS Marine Valves Differ from Other Valve Standards
Design Standards and Specifications
JIS marine valves follow Japanese Industrial Standards (JIS), focusing on accuracy and dependability. These standards ensure the valves meet high-quality levels for ship use. Unlike other valve types, JIS valves are made to fit ship systems and follow global safety rules.
For instance, JIS valves handle specific pressures and temperatures found on ships. Their sizes and threading match international marine equipment, making installation easier. This careful design avoids mismatched parts and keeps systems running smoothly.
Tip: Look for the JIS number on the valve. It confirms the valve meets your ship’s needs.
Material Selection for Marine Use
JIS marine valves use strong materials that stand up to tough conditions. They are made from cast iron, cast steel, and aluminum bronze. These materials resist rust, saltwater damage, and extreme temperatures. Seacocks, for example, are usually made of bronze, stainless steel, or plastic (marelon) and have a lever or a handle that can open or close the valve, ensuring durability and ease of use.
For example, aluminum bronze doesn’t rust, so it’s great for seawater use. Cast steel is very strong, making it perfect for high-pressure systems. These materials help JIS valves last a long time, even in harsh environments.
Other valve types may not use marine-specific materials, which can wear out faster. Choosing JIS valves means getting parts built to last in marine settings.
Application-Specific Differences
JIS marine valves are specially designed for ship systems. They work better than general-purpose valves in marine tasks like ballast, cooling, and LNG systems.
For example, JIS valves have advanced seals to stop leaks in high-pressure or hot systems. This makes them great for firefighting or fuel systems. Their small size also fits tight spaces like engine rooms.
Other valve types may not have these features, making them less useful for ships. Using JIS valves ensures your ship’s systems stay safe and efficient.
Note: Check your JIS valves often for wear or damage. Regular care keeps them working well.
Key Considerations When Choosing JIS Marine Valves
System Compatibility
When picking JIS marine valves, make sure they fit your ship’s systems. Each valve type has a specific job. For example, gate valves are great for ballast systems needing fast water flow. Globe valves are better for cooling or fuel systems where precise control is important. Y-valves have three ports and can divert the flow of water from one source to two different destinations. The V5 valve can be placed in the recirculation hose to allow water recirculation, adding versatility to marine systems.
Check the valve’s size, pressure limit, and material. These details show if the valve can handle your system’s needs. Using the wrong valve can cause problems or even damage. Always review your system’s requirements to pick the right valve. The V5 valve can divert water from the livewell for pump-out through a thru-hull fitting, making it a practical choice for specific marine applications.
Tip: Write down your system’s pressure and temperature. This helps you choose valves that work well in those conditions.
Environmental Factors
Marine environments are tough, so valves must handle harsh conditions. Saltwater, high humidity, and extreme temperatures can harm weak valves. JIS marine valves are made from materials like cast steel and aluminum bronze. These materials resist rust and last longer in marine settings. Marine valves must also be easy to operate and maintain for safety.
Manufacturers test these valves to ensure they are durable. For example, JIS K6258 checks rubber for seawater and oil resistance. ISO 1817 tests how rubber reacts to different liquids. These tests prove the valves can handle marine challenges without failing.
| Standard | What It Tests |
|---|---|
| JIS K6258 | Checks rubber for seawater, oil, and fuel resistance. |
| ISO 1817 | Tests rubber’s reaction to various liquids for marine use. |
Note: Inspect your valves often for wear or damage. Fixing small issues early helps them last longer.
Maintenance and Repair Needs
Taking care of your JIS marine valves keeps them working well. Clean them regularly to stop dirt from blocking the flow. Look at seals and moving parts to find damage early. Replace worn parts quickly to avoid expensive repairs or system failures.
Some valves, like SDNR check valves, let you operate them manually. This makes maintenance easier by isolating parts of the system. Hydraulic and pneumatic valves also need clean fluids or air to work properly. Dirt or moisture can cause problems and reduce efficiency.
Alert: Always follow the care instructions from the manufacturer. Skipping maintenance can damage the valve and make your system unsafe.
JIS marine valves are important for keeping ship systems safe. They control liquid and gas flow, helping ships work smoothly in tough conditions. These valves are strong, follow global rules, and handle harsh environments well. Marine valves are essential for safety, as they can prevent water from flooding the boat in case of a leak or a rupture. Using good-quality valves makes your ship safer and more reliable. This helps your ship run better and succeed in marine tasks.
Tip: Take care of your valves often. This helps them last longer and work well.
FAQ
1. What makes JIS marine valves different from other valve standards?
JIS marine valves follow Japanese Industrial Standards (JIS). These rules ensure they are made with strong materials and accurate designs. They fit ship systems well and work in tough marine conditions. They also meet global safety rules like ABS and DNV-GL. Fisheries Supply offers a wide range of marine valves from top brands, including seacocks, Y-valves, ball valves, and check valves, providing ship operators with reliable options.
2. Can JIS marine valves handle extreme temperatures?
Yes, JIS marine valves are built with tough materials like cast steel and stainless steel. These materials let them work in very cold or hot conditions. This makes them great for systems like LNG storage or engine cooling.
3. How do I maintain JIS marine valves?
Clean the valves often to remove dirt or salt. Check seals and moving parts for damage. Replace broken parts quickly. Follow the care instructions from the manufacturer to keep them working well.
Tip: Plan regular inspections to find and fix problems early.
4. Are JIS marine valves suitable for all ship systems?
Yes, JIS marine valves come in different types for various tasks. Gate valves are good for ballast tanks, while globe valves are better for cooling systems needing precise control. Pick the right valve for your system’s needs.
5. Do JIS marine valves meet environmental regulations?
Yes, JIS marine valves help ships follow environmental rules. They are used in systems like Sox scrubbers and wastewater treatment to lower pollution. Their reliable design helps ships meet global standards like IMO 2020.
6. What certifications should I look for in JIS marine valves?
Look for certifications from groups like ABS, CCS, and DNV-GL. These show the valves meet international safety and quality rules. Certified valves are reliable and safe for marine use.
7. Can JIS marine valves resist saltwater damage?
Yes! JIS marine valves are made from materials like aluminum bronze and stainless steel. These materials stop rust caused by saltwater, making them perfect for marine use.
Note: Clean the valves often to stop salt buildup and make them last longer.
8. How do I choose the right JIS marine valve for my ship?
Check your system’s pressure, temperature, and flow needs. Match these with the valve’s features. For example, butterfly valves fit tight spaces, and ball valves work well in high-pressure systems. Ask an expert if you’re unsure.
Alert: Using the wrong valve can damage your system. Always check compatibility first.