And then we engineer the most efficient solution for your process, no matter where it is.
Article
The right material can make all the difference when it comes to optimizing performance and increasing the lifetime of the valve. In this article, we will highlight some of the most common media and suitable materials.
Article
Keep your closed systems safe and secure with the right safety valves for your industry, media, and application needs. Find the perfect fit for your process with our expert recommendations.
Guide
Avoid downtime, production errors and occupational injuries. Learn everything you need to know about valves in mining enrichment in our free guide.
Our Ramén KS ball sector valve manufactured in Sweden is a dependable option for different hydrogen applications. But that’s not all – we also offer a variety of valve types, carefully selected from renowned brands like HEROSE, that are optimized for superior performance and efficiency across every step of the hydrogen supply chain, from production to storage, transport and usage.
Feel free to contact us and we will help you find the right valve for your hydrogen application or book a meeting with one of our technical specialists.
Our product platform offers easy access to our products, along with detailed information such as pricing, delivery times, and technical documentation. You can also conveniently place orders and request quotes with just one click.
Ramén Valves is leading the way in sustainability with the SuperExpanite® treatment – an innovative, gas-based process that improves valve durability while reducing environmental impact. Find out more about how we’ve eliminated harmful chemicals from our manufacturing and reduced our carbon footprint!
Accurate valve sizing is often crucial for achieving an efficient and reliable process. Our calculation tool, Ramén PRO Sizing, is specifically designed to help with sizing control valves and safety valves.
Try this free tool today to ensure you select the right valve for your specific process data and application.
Watch this instructional video to learn more about Ramén PRO Sizing.
We manufacture, customize, and size high-quality and reliable valve solutions for the process industry. Since the establishment in 1945, Ramén Valves has been supplying thousands of valves to multiple industries and applications worldwide.
We take pride in our history while constantly looking ahead, aiming to pave the way for sustainable industry development by creating innovative solutions and manufacturing processes.
Our engineers know what is takes to master the toughest conditions in a wide range of industries and applications.
The design and construction of Ramén Ball Sector Valve are based on diversified practice in harsh environments, such as marine and offshore applications.
The Ramén Ball Sector Valve was invented and introduced specifically for the pulp and paper industry in the late 1960’s. This gives us over 50 years of experience with valves for pulp and paper production.
We provide high-quality valves for both traditional and renewable energy production, designed to enhance efficiency, safety, and reliability in demanding environments. Our solutions contribute to a more sustainable energy future.
In the mining industry, the applications are often very demanding. To stay competitive on the market for raw materials, the equipment needs to be designed for the rough environment. For this purpose we designed the Ramén KSG, a rubber lined control valve.
Our self-produced Ball Sector Valves and process valves in high alloy steels
Cashco Inc. process regulators and tank safety equipment
Sourcing flow components such as industrial HVAC Valves and actuators.
Badger Meter microflow control valves
Read the press release in full about our new digital product platform, a hub designed for enhanced customer experience.
Get safe and efficient: How to select valve automation equipment for hazardous areas. Follow these steps for peace of mind in any environment.
When selecting automation for ON/OFF valves, it is important to consider factors that meet operational requirements and optimize system efficiency.