Liquid-staking tokens: exchange rates, sales and redemption

Two liquid-staking tokens can represent exposure to the same underlying staking pool while displaying different balances. One wallet balance changes as rewards or penalties are accounted for; another stays constant while each token represents a changing amount of the first token. Neither display, by itself, tells you how much ETH an immediate sale will deliver.

Lido's stETH and wstETH provide a concrete example. The following describes their documented Ethereum accounting and withdrawal mechanics, checked on 23 September 2026. Other protocols, wrappers and networks can use different rules.

Balance growth and exchange-rate growth

The Lido integration guide describes stETH as rebasing: its displayed balance changes when the protocol accounts for staking results. A positive rebase increases that balance; penalties can produce a negative rebase. The underlying share accounting tracks the holder's portion of the pool.

wstETH wraps that exposure in a token whose balance does not rebase. According to the wstETH contract documentation, wrapping locks stETH and issues wstETH; unwrapping burns wstETH and releases the corresponding stETH. The quantity of stETH represented by each wstETH changes with the accounting exchange rate. Unwrapping therefore delivers stETH, not ETH.

For a hypothetical illustration, suppose one wstETH represents 1.20 stETH. A wallet holding 10 wstETH can unwrap to 12 stETH, ignoring tiny rounding effects. If the rate later becomes 1.23 stETH, the same 10 wstETH corresponds to 12.3 stETH. Its wstETH balance did not need to increase. The 2.5% change in this invented ratio is an accounting example, not an observed return or an annual rate.

This is why token counts cannot be compared without units. The ratio also says nothing on its own about a dollar return. The sources and risks of staking income are discussed separately in Ethereum staking yield and exit risk.

There are two different routes to ETH

Lido's withdrawal overview distinguishes protocol withdrawals from selling on secondary markets. A sale exchanges the staking token with another market participant or pool at the available executable price. Protocol withdrawal submits the token to Lido's redemption process and waits for it to become claimable.

That distinction separates an accounting conversion from a trading quote. If a hypothetical market offers 0.98 ETH per stETH, selling the 12 stETH above would produce 11.76 ETH before transaction costs and any additional price impact. A 1.20 stETH-per-wstETH wrapper rate does not override the market quote. Comparing routes requires the exact token quantity, expected net proceeds and the time or conditions attached to each route.

A withdrawal has stages and ownership

The WithdrawalQueueERC721 documentation describes requests that lock tokens and issue an unstETH NFT representing the withdrawal claim. Finalization reserves ETH and determines the claimable amount. The current NFT owner can then claim that ETH; claiming burns the NFT. Submitting the request and receiving ETH are distinct events.

The documented queue accepts approved stETH or wstETH through its request functions. Lido's withdrawal FAQ explains that a wstETH request unwraps internally and is denominated in stETH. It lists request-size bounds and explains that larger amounts can be split. Those implementation rules should be rechecked for the intended transaction rather than inferred from a token ticker.

Finalization depends on available ETH, timing conditions and protocol accounting. The queue documentation states that requested tokens no longer earn rewards for the holder while waiting, yet losses can reduce the eventual claim below the requested stETH amount. Thus a nominal one-for-one redemption description is not an unconditional repayment guarantee. The FAQ also identifies validator exits, queue demand and emergency processing modes as timing factors. An estimated completion date is not settlement.

Check the token, network and account

A position held through another application first requires that application's release route. A token on another network also needs its own path: the integration guide notes that most bridged wstETH deployments cannot be unwrapped locally. Native and bridged tokens have different dependencies, even when the displayed name looks familiar.

For a practical exit worksheet, identify the chain and contract, whether the wallet holds tokens or a withdrawal NFT, the conversion units, the account authorized to act, and any remaining request or claim step. Then compare an actual sale quote with the protocol route's documented conditions. Transferability makes a token usable; it does not make every route instantaneous or every exchange rate interchangeable.