DFT Inc. - Check & Control Valve Manufacturer

DFT? Model WLC? Wafer Style Check Valve: A Solution for Reliable, Low-Maintenance Performance The DFT? Model WLC? Wafer Style Check Valve is designed for those who demand performance and reliability across a wide range of fluids and pressure/temperature conditions. Here’s what sets this valve apart: - Wafer Design: Lightweight and compact, perfect for space-constrained installations. - Center-Guided/Dual-Guided Stem: Ensures smooth operation and accurate alignment for reliable performance. - Spring-Assisted Silent Closing: Minimizes water hammer and reduces noise, promoting quiet and efficient operation. - Protected Spring: Extends valve life by safeguarding the spring from potential damage. - Versatile Installation: Can be installed both horizontally and vertically (flow up or flow down) to fit various application needs. -Valve Sizing: Can be sized to your specific application. Available in sizes from 1" to 10" and rated from ASME Class 150 to 1500 (with ASME 2500 availability upon request), the Model WLC? features 316 stainless steel trim and offers options for Wafer RF, Wafer RTJ, and MSS-SP 61 seat leakage standards. API 594 face-to-face in class 600 RF / 900 RF/ 1500 RF, Its axial flow and nozzle style design ensure optimal performance. This valve is ideal for applications requiring a reliable, low-maintenance solution. For more information on how the Model WLC? can meet your specific needs, reach out to DFT? directly.

This Veterans Day, we honor and thank the brave men and women who have served our country with courage and dedication. Your sacrifice has allowed us the freedom to build, innovate, and grow. To all veterans in our community—especially our partners, distributors, and employees—thank you for your service. We appreciate everything you've done to protect our nation and values. #VeteransDay #Gratitude #ThankYouVeterans

Are Your Sanitary Check Valves Really Up to Standard? In industries where hygiene is paramount, the quality of your check valves is crucial. Distributors play a key role in ensuring that clients have the best tools to maintain top sanitation standards. Here’s what to consider: - Crevice-Free Design: Essential for preventing bacteria buildup, as it eliminates hard-to-clean areas where contaminants can hide. - Highly Polished Internals: Promotes effective clean-in-place (CIP) and maintains strict hygiene requirements by ensuring surfaces are smooth and easy to clean. - Adherence to Industry Standards: Compliance with rigorous 3-A certification and other industry norms is vital for safety and quality assurance. By adhering to these critical features, distributors can help avoid contamination issues, maintain product integrity, and meet stringent sanitation requirements. What strategies do you use to ensure your sanitary valves meet industry standards? For additional resources and education materials, DFT? is here to support you in enhancing your product knowledge and customer service.

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Happy Halloween from all of us at DFT!

Exploring the DFT? Basic-Check? Valve The DFT? Basic-Check? Valve is a versatile, non-slam check valve designed for reliability and low maintenance across various applications. Here's a quick look at its features and benefits: Key Features: Line Sizes: 1/4" to 2 1/2" Pressure Ratings: 450 to 6000 CWP Material: Stainless Steel Construction: Includes guard cage, spring, valve disc, retaining ring, and seat Design: Metal-to-metal sealing with precision-lapped disc and seat for tight shutoff; optional resilient soft seats for bubble-tight shutoff Benefits: Versatility: Suitable for liquids, steam, and gases Installation: Can be installed horizontally or vertically-flow up or flow down Maintenance: Easy to maintain Operation: Spring-assisted silent closing reduces noise and wear The Basic-Check? Valve is ideal for pipeline and OEM applications, ensuring reliable performance in demanding conditions. What challenges have you faced with check valves in your systems?

Navigating Challenges in Power Generation The power generation industry faces unique challenges, particularly with the introduction of thermal cycling. This process, essential for on-demand energy production, causes increased wear on components due to rapid start-stop cycles. As a result, conventional plants struggle with premature failures, noise, and vibration issues. Moreover, the market growth and efficient distribution demands more durable components. Aging systems require systematic improvements to handle these new pressures effectively. Key Industry Insights: - Thermal Cycling: Traditional plants weren't designed for the rapid thermal fluctuations associated with on-demand energy, leading to heightened stress on equipment. - Valves in Power Generation: Modern applications involve various valve types, such as check valves for preventing reverse flow, and control valves for managing high-pressure and temperature conditions in systems like boilers, cooling towers, and more. Industries & Applications: - Combined Cycle: Efficient but demanding on equipment due to thermal and mechanical strain. - Fossil Fuel: Needs tight shut-off valves for high-temperature conditions. - Geothermal: Requires corrosion-resistant and durable valves. - Hydroelectric: Relies on dependable valves for emergency shut-offs and normal operation. - Concentrated Solar: Operates under extreme temperatures requiring robust valves. Understanding these challenges and solutions is crucial for optimizing operations in the power generation sector. How are you addressing these issues in your projects? DFT?’s power generation customers put our valves to the test, requiring consistent performance to protect employees and valuable equipment. To see how our valves can streamline your power generation operation, take a look at our resource library, or request a quote from DFT? today.

Happy National Manufacturing Day from DFT?! Today, we honor the innovation, craftsmanship, and hard work that define the manufacturing industry. From small components to large systems, every piece plays a crucial role in powering our world. Here's to the engineers, machinists, and all who make it happen—your dedication fuels progress and keeps our industries moving forward. At DFT?, we’re proud to contribute to this legacy by engineering reliable check valves that solve industry challenges and keep systems running smoothly. #ManufacturingDay #MadeInAmerica #ManufacturingExcellence

Tackling High Cycling Issues in Check Valves Problem: A major natural gas company was dealing with frequent failures of piston check valves at their compressor station. These valves, crucial for regulating pressure in underground storage, cycled often due to the high-pressure conditions. This high cycling resulted in the need for annual servicing and part replacements every two years. Solution: To address this, the company installed PDC? Check Valves. These valves, designed for high-cycle environments, include a pulse dampening chamber that helps maintain the disc in an open position during pressure drops. This upgrade provided 13 years of maintenance-free operation, reducing downtime and repair costs. Have you faced similar high-cycle issues with valves in your operations? What solutions or strategies have worked for you in managing valve performance and minimizing maintenance? Share your insights!

We’d love to hear from you! What’s the most important feature you consider when selecting a sanitary check valve? Be sure to vote and let us know your thoughts.