Product Description
High temperature and chemical resistance material. Low operating torque, UV stabilized Iso-PP material to avoid cracks against sunlight., Better resistance to solvents, chemicals and temperatures. Suitable for bromine, Nitric Acid and 98% sulfuric acid.
Construction :3 Piece Design, 1 piece stem (spindle), Full Bore, Seated.
Standard :- As Per Manufacturers Standard
Connection End :-Flanged as per ANSI B 16.5 (150#) & BS 10 (Table D/E/F) & DIN STD.
This valve has a solid PVDF body, solid PVDF Ball, PVDF coated ( Moulded ) SS-316 stem, only two flanged ends have inner liners (moulded 3.75 mm to 5.5 mm thick) of PVDF and on this liners, P Polypropylene flanged ends are molded. So all chemicals comes in contact with PVDF and T Materials only
Body to ends sealing & stem sealing 'O' Rings are of pure. To compress these 'O' Rings Firmly, a steel ring insert of 5mm thick is moulded in flanged ends.
We use virgin imported PVDF and Polypropylene materials of grades that are internationally popular, especially used for manufacturing of valves and fittings.
Reliable Performance in Extreme ConditionsDesigned for acidic and highly corrosive environments, the Type T8 Ball Valve offers resistance to chemicals and UV exposure. Its high tensile strength and smooth finish guarantee durability, even under fluctuating temperatures from -10C to +80C. The valve supports operational reliability in continuous-use industrial applications.
Effortless Installation and Ergonomic OperationInstallation is simple with options for threaded (BSP) or socket weld end connections. The quarter-turn closure mechanism, paired with a polypropylene handle, enables smooth, precise control. The lightweight design allows for easy handling and mounting, while the ergonomic grip minimizes user fatigue during operation.
Full Compliance and Leak-Proof AssuranceTested to meet international standards for chemical resistance and structural integrity, this valve delivers over 25,000 maintenance-free cycles. EPDM/PTFE seals provide complete leak protection, ensuring safe handling of hazardous fluids within pipelines. Each unit is packaged individually in polybags and cartons for added reliability.
FAQ's of Ball Valve Suitable For Very High. Cons. Chemical Type T8:
Q: How does the Ball Valve Type T8 perform under highly corrosive chemical conditions?
A: The Type T8 Ball Valve is constructed with industrial-grade polypropylene (PP) and features EPDM/PTFE seals, delivering excellent resistance against acids and corrosive chemicals. This makes it ideal for pipelines handling aggressive fluids and ensures long-term durability.
Q: What installation options are available for this ball valve?
A: You can install this valve using either threaded (BSP) connections or socket welds, allowing flexibility to suit various pipelines in water treatment plants and industrial fluid handling systems.
Q: When should this valve be used for industrial applications?
A: This valve is best utilized in settings where fluid control of acidic or highly corrosive substances is required, such as chemical pipelines, water treatment plants, and other industrial systems needing full bore flow and leak-proof assurance.
Q: Where can the Ball Valve Type T8 be installed for optimal results?
A: It can be effectively installed in any system exposed to corrosive chemicals, including industrial fluid distribution networks and water treatment facilities. Its customizable length and ergonomic design suit a variety of pipeline configurations from 1/2 inch to 2 inch sizes.
Q: What is the process for maintaining this polypropylene ball valve?
A: Thanks to its corrosion-resistant design and rugged sealing materials, the valve requires minimal maintenance. Regular inspection for external buildup is recommended, but its operational life exceeds 25,000 cycles without routine servicing.
Q: How does the valve benefit fluid handling operations?
A: The valve's 100% leak protection, full bore design, and chemical-resistant PP construction help maintain system safety and efficiency, reducing downtime and ensuring reliable performance even in continuous and demanding environments.
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