RBI’s printing arm explores polymer substrate bids; ₹10 and ₹20 notes seen first
India may be a step closer to polymer banknotes as RBI’s printing arm has reportedly invited global bids for polymer substrate sheets. Early introductions are likely to focus on ₹10 and ₹20 denominations, supporting longer-lasting notes and cleaner currency handling.

India’s currency could be headed for a durable upgrade, with polymer banknotes reportedly on the horizon. According to a report, the Reserve Bank of India’s (RBI) printing arm is seeking manufacturers for polymer banknote substrate sheets—an early move that can enable printing on polymer-based material rather than traditional paper-based substrates.
While polymer notes are not yet in circulation, the report indicates that the first denominations likely to see polymer adoption are ₹10 and ₹20. These are among the most frequently used notes in day-to-day transactions, making them practical candidates for a pilot or phased introduction.
What the reported bid process suggests The reported invitation of global bids focuses on sourcing polymer banknote substrate sheets, which are the base material used for printing currency. By reaching out to manufacturers, the printing arm appears to be exploring supply options and technical readiness for polymer-based printing.
At this stage, the development is best seen as an enabling step—one that can help build a robust vendor ecosystem and ensure the material meets required specifications. In many countries that have adopted polymer notes, substrate quality and compatibility with security features are central to successful rollouts.
It is also notable that the report points to smaller denominations as the first likely candidates. High-circulation notes undergo more wear and tear; if polymer notes last longer, this can potentially reduce replacement frequency over time and support more efficient currency management.
Why ₹10 and ₹20 are natural starting points If polymer notes are introduced first in ₹10 and ₹20, the choice aligns with common consumer usage. These notes exchange hands frequently—in local retail, public transport, small services, and routine purchases—so durability can bring practical advantages.
Polymer banknotes are generally associated with:
- **Higher longevity** compared with conventional notes in real-world handling conditions
- **Better resistance to moisture and soiling**, which can improve note quality in circulation
- **Compatibility with advanced security features**, which can strengthen protection against counterfeiting when designed and implemented effectively
A gradual approach, starting with select denominations, can also allow authorities and the cash ecosystem—banks, cash handlers, ATMs, merchants and the public—to adapt smoothly. It provides room to assess performance, logistics, and user experience before scaling up.
A constructive step for currency modernisation India has consistently strengthened its currency ecosystem through improved security features, better printing and distribution systems, and technology-led oversight. A move towards polymer substrate—if and when adopted—would fit within broader global trends where several countries have shifted at least part of their currency to polymer for practical and security reasons.
For businesses and citizens, the potential upside is straightforward: cleaner, sturdier notes that remain legible and usable for longer. For the system, longer-lasting notes can translate into smoother cash management and fewer worn notes needing replacement.
Importantly, the report at this point highlights a procurement-linked development (inviting bids for substrate sheets) rather than a confirmed launch timeline. Any eventual roll-out would likely depend on evaluation results, operational preparedness, and final decisions from relevant authorities.
**Why it matters:** If polymer notes begin with ₹10 and ₹20, India could see a practical improvement in the quality and durability of everyday currency—supporting smoother transactions and potentially more efficient cash circulation over time.