| Tender Title | Supply of PN16 100mm and 150mm Butterfly Valves for NTPC Barh Super Thermal Power Project | ||
| Tender ID | GEM/2026/B/8109220 | Tender Reference Number | NA |
| Tender Type | NA | ||
| Tender Opening Date | 2026-10-19 12:20 PM | Tender Closing Date | 2026-10-30 04:00 PM |
| Tender Value | Refer Document | Tender Location | NA , Patna , Bihar |
| Tender Category | Goods | Product Category | Construction Material Tenders |
| ePublished Date | 2026-10-19 12:00 AM | Bid Opening Date | |
| Document Download Start Date | Document Download End Date | ||
| Bid Submission Start Date | 2026-10-19 12:20 PM | Bid Submission End Date | 2026-10-30 04:00 PM |
| Clarification start Date | Clarification End Date | ||
| Bid Validity Period (in Days) | NA |
| Tender Fee | Refer document |
| EMD (Earnest Money Deposit) | Refer document |
| EMD Fee Type | NA |
| Payment Instruments/Mode | NA |
Work Description - NA
This tender, identified by Bid Number GEM/2026/B/8109220, is issued by NTPC Limited, specifically from their Stores Barh Super Thermal Power Project located at P.O. BARHPATNA 803213, within the Ministry of Power. The tender is for the supply of 280 units of a specific type of valve. The item category is detailed as "100281443 10 M1878900199 VV BTFL: WFR IS13095DI A536 PN16 100MM" and "100281443 20 M1878900198VV BTFL: WFR IS13095 DI A536 PN16 150MM". This clearly indicates the requirement for two distinct sizes of Butterfly Valves (VV BTFL), conforming to IS 13095DI A536 standards, with a PN16 pressure rating. Specifically, the tender requires a quantity of 100MM valves and 150MM valves, totaling 280 units. The bidding period for this opportunity commences on 19-10-2026 at 12:20 PM and concludes on 30-10-2026 at 4:00 PM. Interested parties are encouraged to review the full tender documentation for complete specifications and submission requirements.

Get Hassle free financing for your business
| Office Inviting Bids | NA |
| Address | NA |
| Contact Details | NA |
| NA | |
| Website | NA |
All the major brands in each raw material category