Manufacturer of Bray Resilient Seated Butterfly Valve
Product Main Parameters
| Material | PTFEEPDM |
|---|---|
| Media | Water, Oil, Gas, Base, Oil and Acid |
| Port Size | DN50-DN600 |
| Application | High Temperature Conditions |
| Connection | Wafer, Flange Ends |
| Valve Type | Butterfly Valve, Lug Type Double Half Shaft |
| Temperature Range | -10°C to 150°C |
Common Product Specifications
| Material | Heat Resistance (°C) | Cold Resistance (°C) |
|---|---|---|
| NR (Natural Rubber) | 100 | -50 |
| NBR (Nitrle Rubber) | 120 | -20 |
| CR (Polychloroprene) | 120 | -55 |
Product Manufacturing Process
According to authoritative studies, the manufacturing process of Bray resilient seated butterfly valves involves precision engineering and the use of high-quality materials to ensure durability and performance. The process includes the molding of the PTFEEPDM material to form the valve seat, ensuring chemical resistance and flexibility. Quality control measures are integrated throughout the production to maintain high standards, from material selection to the final product testing. With advanced technology and skilled engineering, Sansheng Fluorine Plastics ensures that each valve meets stringent industry requirements, providing reliability in a variety of applications, such as water treatment and chemical processing.
Product Application Scenarios
Based on recent studies, Bray resilient seated butterfly valves are versatile components used in multiple applications. Their robust design and material composition allow them to function in harsh conditions, including high temperature and corrosive environments. These valves are essential in sectors like water treatment, where precise fluid control and leak prevention are crucial. In the petrochemical industry, they provide reliable performance with various fluids, ensuring process integrity. Their adaptability to different media types and operating conditions makes them indispensable in heating, ventilation, and air conditioning systems, where consistent operation is pivotal for maintaining environmental controls.
Product After-Sales Service
Sansheng Fluorine Plastics offers comprehensive after-sales support, including maintenance advice, spare parts availability, and technical assistance to ensure long-term product satisfaction.
Product Transportation
The company ensures secure packaging and reliable logistics to deliver products worldwide, meeting all regulatory and safety standards for international shipping.
Product Advantages
- High temperature and chemical resistance due to PTFEEPDM composition.
- Long-lasting durability with minimal maintenance needs.
- Cost-effective and easy to install in various systems.
Product FAQ
- Q: How does the Bray resilient seated butterfly valve prevent leakage?
- A: The valve uses a soft elastomeric seat to create a tight seal, preventing fluid from bypassing the disc even under low pressure conditions. This design minimizes potential leakage efficiently, making it ideal for critical applications where fluid containment is essential.
- Q: What are the temperature limits for the Bray resilient seated butterfly valve?
- A: The standard PTFEEPDM valve seat can handle temperatures from -10°C to 150°C, ensuring reliable performance in various industrial conditions. For specific requirements, manufacturer consultations can provide tailored solutions.
Product Hot Topics
- Discussion on Manufacturer's Role: Sansheng Fluorine Plastics, as a respected manufacturer, continuously innovates its Bray resilient seated butterfly valve line to meet advancing industry needs. The company's dedication to quality and customer satisfaction sets it apart in the competitive valve manufacturing market. This commitment ensures each product not only meets but exceeds standard performance criteria, offering clients a reliable solution for their fluid control challenges.
- Exploring Material Benefits: The use of PTFEEPDM in Bray resilient seated butterfly valves by Sansheng Fluorine Plastics highlights the manufacturer's focus on durability and resistance. These materials provide shells capable of withstanding corrosive environments, high temperatures, and various fluid types, demonstrating superior reliability and longevity in diverse operational settings.
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