AUTOMATION VALVE Manufacturer since 2005

Selecting the perfect valve for your project requires a systematic evaluation of four key dimensions:

• Operating Conditions: This is the foundation. You need to define the media type (liquid, gas, steam, or if it contains particulates or is corrosive), temperature range, and pressure rating. For instance, a high-temperature, high-pressure steam system might require a forged steel gate or globe valve, while corrosive chemical media would best be handled by a PFA-lined or a 316L stainless steel ball valve.

• Functional Requirements: What function does the valve need to perform? Is it for frequent, quick shut-off (we recommend a ball valve or butterfly valve), precise flow control (a V-port ball valve or a dedicated regulační ventil is ideal), or simply to prevent backflow (a check valve).

• Industry Standards & Certifications: Different industries have different regulations. The oil and gas industry typically requires valves to comply with API standards, while the food and pharmaceutical industries need valves that meet sanitary standards (e.g., 3-A, FDA). Our entire product line is manufactured in strict accordance with relevant industry standards, and we can provide complete certification documents.

• Cost & Maintenance: While ensuring the valve meets all operational requirements, we also help you balance the initial procurement cost with long-term operational and maintenance expenses.

Our Advantage: Don’t worry about the complexity of selection! Simply provide us with your operating parameters, and our experienced team of engineers will promptly offer a free, professional selection proposal to ensure you get the most cost-effective valve solution.

That’s an excellent question, as both are widely used valves. The choice depends on your budget and specific application:

• Floating Ball Valve:

  • Advantages: Offers excellent sealing performance, easily achieving bi-directional zero-leakage, and has strong high-pressure resistance. It provides minimal flow resistance and requires low torque for quick operation, making it the top choice for shut-off applications in most industries.

  • Best For: Applications with stringent sealing requirements, such as in the oil, natural gas, and chemical industries.

• High-Performance Butterfly Valve (Double/Triple Offset):

  • Advantages: Compared to a ball valve of the same size, it is more compact, lighter, and more cost-effective, especially in large-diameter pipelines. A triple-offset design creates a frictionless open/close action, significantly extending seat life while still achieving a high level of sealing.

  • Best For: Water treatment, power generation, HVAC, and some applications requiring flow control.

Our Advantage: Whether you need a high-pressure ball valve or a large-diameter high-performance butterfly valve, we maintain a substantial inventory and a robust supply chain to ensure fast delivery. We can also provide a detailed performance and cost comparison to help you make the best decision.

Absolutely. Non-standard customization is one of our core competencies. We understand that standard products cannot meet every unique operational challenge. Our technical team excels at handling a wide range of complex requirements, including:

• Special Materials: Alloys such as Hastelloy, Monel, and Titanium for extremely corrosive media.

• Structural Modifications: Stem extensions (for insulation or underground pipelines), special end connections, multi-port designs, and more.

• Specialized Conditions: Custom designs for ultra-high temperatures, cryogenic applications, and media with high abrasive particles.

• Automation Integration: Integrating specific brands or functions of actuators and accessories according to your control requirements.

Our Advantage: Simply send us your technical specifications. Our engineers will work with you one-on-one, providing a complete customized solution from design and material selection to manufacturing, including detailed drawings to ensure the product 100% meets your site requirements.

Choosing the right actuator is critical for achieving reliable automated control. You need to consider the following:

• Torque/Thrust Output: The actuator’s output torque must be greater than the torque required to operate the valve, with a sufficient safety margin (typically 1.3-1.5 times).

• Power Source: Select pneumatic, electric, or hydraulic based on site conditions. Pneumatic actuators offer fast response times and are inherently explosion-proof. Electric actuators provide precise control and are easy to integrate with PLC systems.

• Control Type: Is it for simple on/off service, or is it a modulating type that requires a feedback signal (e.g., a 4-20mA input/output)?

• Environmental Factors: Consider the ambient temperature, humidity, ingress protection (IP rating), and whether an explosion-proof rating (Ex rating) is necessary.

Our Advantage: We offer one-stop valve automation services. You don’t need to source valves and actuators separately. We can assemble, calibrate, and test the complete package before shipping, ensuring you receive a unit that is ready for immediate installation, saving you significant time and cost on-site.