Product Description
Ball Valve
With dexterous team of professionals and industry experience, we are able to supply a qualitative array of Ball Valve. Under experts proper guidance, offered valve is manufactured with the help of ultra-modern technique by utilizing superior quality raw material as per the set industry norms. The offered dimensionally accurate valve is widely used to control the flow of liquid. Further, our clients can get this Ball Valve in diverse specifications at pocket friendly prices.
Features:
- Accurate dimensions
- Easy to install
- Rust resistance
- Withstand high pressure
| MAX. |
| Body |
Seat |
Temp. |
| 200 PSI |
150 PSI |
100 C |
| Technical Data |
| Construction |
3 piece design, Single piece stem (spindle) Reinforced Ball, full bore |
| Design & Manufacturing STD |
As per Manufacturers Standard |
| End Connections |
Flanged as per ANSI B 16.5 (150#) & as per BS 10(Table D/E/F) & DIN STD. |
Engineering Options:
- S.S. 304/316 Parts can be supplied
- Glass-filled PP/PTFE BALL on request
Available M.O.C.:
- PP (POLYPROPYLENE)
- HDPE (HIGH DENSITY POLYETHYLENE)
- ISOTACTIC PP
- PVDF (POLYVINYLIDENE FLUORIDE)
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Technical Details
Flange Compatibility Across StandardsThe Ball Valve Flange End Type T1 is adaptable to various international flange standards, including ANSI, DIN, and BS. This versatility ensures seamless integration within existing pipeline systems, regardless of regional requirements. With flange drilling tailored to relevant standards, installation is consistent and reliable across diverse industrial settings.
Robust Performance and Corrosion ResistanceFabricated from high-impact PVC and equipped with EPDM or PTFE seals, this valve delivers excellent corrosion resistance, even in demanding chemical environments. Its resistance to UV radiation and mild acids, paired with a smooth, injection-molded finish, enhances operational longevity and reduces maintenance requirements.
Ergonomic Operation and Full Bore DesignDesigned for user comfort and process efficiency, the ergonomic lever handle enables precise quarter-turn (90) operation. The full bore construction minimizes flow restriction, supporting applications where maximum throughput is essential, whether handling water or chemical media.
FAQs of Ball Valve Flange End Type T1:
Q: How do I install a Ball Valve Flange End Type T1 in my existing piping system?
A: This valve is designed for easy installation with its flanged end connections compatible with ANSI, DIN, and BS standards. Simply align the flanges, insert the appropriate gasket, and secure using standard bolts according to the relevant drilling pattern. Always ensure proper tightening to prevent leakage.
Q: What media is suitable for this ball valve application?
A: The Ball Valve Flange End Type T1 is optimally engineered for water, chemicals, and mild acids, making it ideal for use in water supply, industrial, and chemical processing lines.
Q: When should I use a ball valve with EPDM or PTFE seals?
A: Choose EPDM seals for general water and mild chemical applications. Opt for PTFE seals if you anticipate exposure to aggressive chemicals or elevated operational demands, as PTFE offers superior chemical resistance.
Q: Where can this valve be utilized in industrial processes?
A: This valve is suitable for installation in water distribution, chemical transfer, and general industrial fluid systems, especially where excellent corrosion resistance and reliable flow control are critical.
Q: What benefits does the full bore design offer in operation?
A: A full bore design ensures minimal pressure drop and unrestricted fluid passage, maximizing flow efficiency and reducing energy consumption through the system.
Q: How does the ergonomic lever handle improve usage?
A: The ergonomic lever handle allows for quick and comfortable quarter-turn operation, enabling efficient flow control and minimizing operator fatigue during frequent use.
Q: What makes this valve resistant to corrosion and UV exposure?
A: Manufactured from high-impact PVC with EPDM/PTFE seals, the valve resists chemical attack, UV radiation, and degradationa combination that extends durability in outdoor or chemically harsh environments.
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