This piece is written for issuers designing redemption mechanics and allocators evaluating whether a tokenized product’s liquidity claims hold up under realistic conditions.

Tokenized products are frequently described as more liquid than their traditional counterparts. The token can be transferred 24/7, settlement is faster, and the blockchain provides a transparent record of ownership. These are real properties of the token layer. They are not the same as liquidity.

Liquidity is the ability to exit a position at a reasonable price within a reasonable timeframe. For tokenized fund products, that ability depends on redemption mechanics, NAV timing, settlement processes, gating provisions, and secondary market depth. The token can move instantly. The money often cannot.

Transferability is not liquidity

A token on a public blockchain can be transferred between wallets in seconds. This is a settlement property of the token, not a liquidity property of the product. The transfer moves the ownership record. It does not move the underlying capital.

A tokenized fund share that can be sent from one wallet to another still requires a willing buyer at an acceptable price. If the product has 50 holders and no active secondary market, the token is transferable but not liquid. The holder can send it to anyone, but there may be no one on the other side.

The distinction matters because marketing materials often present token transferability as if it solves the liquidity problem. It does not. It changes the settlement layer. The liquidity problem is about demand, pricing, and exit mechanics, not about how fast the ownership record updates.

Primary market redemption

The primary exit path for a tokenized fund product is typically redemption through the issuer. The holder submits a redemption request, the issuer processes it according to the fund’s terms, and the holder receives proceeds.

The mechanics of this process vary significantly across products. Key variables include:

  • Redemption frequency. Daily, weekly, monthly, quarterly, or on demand. A product with quarterly redemption windows gives the holder four opportunities per year to exit through the primary market.
  • Notice period. How far in advance the holder must submit a redemption request. Notice periods of 30, 60, or 90 days are common for less liquid strategies. A 90-day notice period on a quarterly redemption window means the holder is effectively committing six months ahead.
  • Minimum redemption. Some products impose minimum redemption amounts or require a minimum holding period before redemption is available.
  • Redemption fee. A fee charged on redemption, sometimes tiered by holding period. Redemption fees of 0.5% to 2% are common and can significantly affect short-term holders.

Some tokenized products offer “instant” or “atomic” redemption through a liquidity sleeve: a pool of stablecoins or liquid assets held by the fund specifically to service real-time redemptions. These work until the sleeve is depleted. When redemption demand exceeds the sleeve, the product reverts to its standard redemption process, which may be weekly or quarterly.

The size of the liquidity sleeve relative to the total fund size determines how many holders can exit atomically before the mechanism breaks down. A $100 million fund with a $1 million liquidity sleeve can service instant redemptions until 1% of the fund has exited. After that, everyone else waits.

NAV timing and settlement lag

The price at which a holder redeems depends on when the NAV is calculated and when the redemption is processed. These are not always the same moment.

A product with daily NAV calculation and same-day redemption processing gives the holder a clear exit price. A product with weekly NAV calculation and T+3 settlement introduces a gap: the holder requests redemption at one NAV, the request is processed at the next NAV calculation, and proceeds arrive days later. During that gap, the underlying asset value may have changed.

For products with less liquid underlying assets (private credit, real estate, structured products), the NAV itself may not reflect current market conditions. If the NAV updates monthly based on a valuation agent’s assessment, the holder is redeeming at a price that could be up to 30 days stale. In a declining market, this means early redeemers exit at a favorable price and late redeemers absorb the loss. This creates a first-mover advantage that can accelerate redemption pressure.

Settlement timing also affects the holder’s effective return. A redemption processed on day one with proceeds arriving on day 30 means 30 days of capital that is committed but not earning. For institutional allocators managing liquidity across portfolios, settlement lag is a real cost even when the NAV is accurate.

Gates, queues, and limits

Many fund products include provisions that allow the issuer to limit or delay redemptions under certain conditions. These mechanisms are designed to protect the fund from forced selling of illiquid assets, but they also mean the holder may not be able to exit when they want to.

  • Redemption gates. A cap on the percentage of the fund that can be redeemed in a given period. A 5% quarterly gate on a $100 million fund means no more than $5 million can be redeemed per quarter. Requests beyond the cap are queued or prorated.
  • Suspension of redemptions. The issuer’s ability to temporarily halt all redemptions. Typically triggered by extreme market conditions, inability to value assets, or regulatory events. Suspension provisions are common in fund documentation but rarely disclosed prominently.
  • Side pockets. The ability to segregate illiquid or hard-to-value positions into a separate account. Holders of side-pocketed assets cannot redeem those positions until the assets are realized. This can indefinitely extend the holder’s exposure to specific positions.

These provisions are not unique to tokenized products. They exist in traditional funds as well. The difference is that tokenized products often market themselves on liquidity and accessibility. When gates activate, the gap between the marketing and the reality becomes visible.

In 2025 and 2026, several large traditional credit funds (Blackstone BCRED, Carlyle CTAC) experienced significant redemption pressure, with requests exceeding gate limits. Tokenized credit products referencing similar underlying strategies face the same structural constraints. The blockchain does not eliminate the mismatch between illiquid assets and liquid liabilities. It makes the mismatch more visible.

Secondary markets

When primary redemption is unavailable, gated, or too slow, the holder’s alternative is the secondary market: selling the token to another buyer rather than redeeming it with the issuer.

Secondary market liquidity for tokenized fund products is generally thin. Many products have fewer than 100 holders. Dedicated market makers are rare. Order books, where they exist, are shallow. The holder who needs to sell a meaningful position will often face significant price impact or be unable to find a buyer at all.

Some products have secondary liquidity through DeFi integrations: AMM pools, lending markets where the token can be borrowed against, or OTC desks that specialize in tokenized assets. These channels provide liquidity, but the depth is typically a fraction of the product’s total AUM. A $200 million tokenized fund with $3 million in AMM pool depth does not have meaningful secondary liquidity for institutional-sized positions.

Secondary market pricing also introduces discount risk. A tokenized fund token trading on a secondary market may trade at a discount to NAV if buyers perceive redemption risk, credit risk, or liquidity risk. The discount reflects the market’s assessment of the holder’s actual exit options, which may be less favorable than the stated NAV suggests.

Redemption as DeFi collateral

When a tokenized fund product is used as collateral in a DeFi lending protocol, the redemption mechanics take on additional significance. Lending protocols can trigger liquidations in minutes. Fund redemptions take days, weeks, or months. This mismatch is where many of the practical risks concentrate.

If the value of the collateral drops below the protocol’s liquidation threshold, the position is liquidated: the collateral is sold to repay the borrower’s debt. The liquidator needs to sell the token quickly. If the primary market has a quarterly redemption window and a 45-day settlement period, the liquidator’s only option is the secondary market, which may not have the depth to absorb the position at a reasonable price.

Oracle timing compounds this. If the product’s NAV updates weekly but the lending protocol prices the collateral continuously, the protocol is making liquidation decisions based on a price that could be up to seven days stale. A NAV decline that happens between oracle updates may trigger a cascade: the oracle eventually updates, the protocol sees the lower price, liquidations fire, and the secondary market absorbs forced selling at a discount.

Products that are designed to be used as DeFi collateral need redemption mechanics that account for this. Faster NAV updates, adequate liquidity sleeves, and realistic oracle configurations are not optional features. They are requirements for the product to function safely in the composable environment it is entering.

What to evaluate

Redemption mechanics are not a secondary consideration. They determine whether the holder can exit, at what price, and under what conditions. Before evaluating yield or strategy, the following questions establish whether the product’s liquidity claims are realistic:

  • What is the redemption frequency, notice period, and settlement timeline? What is the effective time from redemption request to proceeds in hand?
  • Does the product offer instant redemption? If so, how large is the liquidity sleeve relative to total AUM, and what happens when it is depleted?
  • What gating provisions exist? What triggers them, and what is the maximum redemption delay under the fund documents?
  • How often does the NAV update, and what is the gap between the NAV at redemption request and the NAV at settlement?
  • What does secondary market liquidity actually look like? How many holders, what is the typical daily volume, and what discount to NAV has been observed?
  • If the product is used as DeFi collateral, are the redemption mechanics compatible with the lending protocol’s liquidation timeline?

A product that cannot answer these questions clearly is asking the holder to accept liquidity risk they cannot size. The yield may be attractive. The exit may not be.