Non-custodial pool
Coins enter a shared liquidity buffer, not a wallet that belongs to one user. When you withdraw, you draw from the pool - not from your own deposit.
Anonymixer is a non-custodial bitcoin mixer that severs the on-chain link between your sending and receiving wallets. Deposit, set your delay, and your withdrawal arrives from a fresh address inside the pool - with no shared history.
Most tumblers promise privacy and deliver a glorified relay. Anonymixer is structured so that, by design, the operator cannot reconstruct who sent what to whom.
Coins enter a shared liquidity buffer, not a wallet that belongs to one user. When you withdraw, you draw from the pool - not from your own deposit.
Pick a delay between one and seventy-two hours. The longer the window, the larger the anonymity set, and the harder any timing-based heuristic becomes.
Anonymixer retains no IP records, no browser fingerprints, and no wallet linkage after a mix completes. The letter of guarantee is the only persistent artifact.
Split a single deposit across multiple receiving wallets at independent percentages. Fragmentation makes downstream chain analysis substantially noisier.
The base fee is 0.7%. A small randomized component is added on every mix so the exact amount never matches the deposit - a giveaway most cheap mixers ignore.
Anonymixer runs cleanly through the Tor network with a mirrored onion service. There is no Javascript requirement and no mandatory client-side wallet connection.
Anonymixer is a pool-based bitcoin mixer. When a user deposits BTC, the coins do not sit in a wallet that the user owns. They are immediately credited to a shared liquidity reserve that has been accumulating from prior mixes, partner exchanges, and operator-supplied float. The withdrawal you receive is paid out of that reserve - from coins that, in most cases, were already in the pool before your deposit arrived.
This matters because chain-analysis firms look for patterns: equal amounts on either side of a transfer, predictable timing, recurring change addresses. Btc Mixer is designed to remove every one of those signals. The withdrawal amount is offset by a small randomized fee component. The delay is selectable by the user but capped randomly within the chosen window. The output addresses are pulled from a rolling reserve and never reused.
What the operator can see is what every Bitcoin node sees: incoming and outgoing transactions on a public ledger. What the operator cannot do is connect a specific incoming deposit to a specific outgoing withdrawal, because the pool has decoupled them.
Five steps. No account. No KYC. The mix runs whether you close the tab or not.
Paste a clean Bitcoin address that has no prior link to the deposit wallet. You can split the withdrawal across as many as five outputs at custom percentages.
Pick a window between one and seventy-two hours. A longer delay produces a deeper anonymity set, because more unrelated transactions enter and leave the pool while you wait.
Anonymixer generates a unique deposit address and signs a letter of guarantee. Save that letter - it is the only proof that the service committed to your transaction.
Transfer your bitcoin to the deposit address. One confirmation from the network is enough, and then the funds are queued according to the delay settings.
When the delay expires, clean BTC is paid out from the reserve to your specified addresses. The transaction has no on-chain link back to your original deposit.
Where Anonymixer stands relative to centralized mixers and on-chain CoinJoin tools.
| Feature | Anonymixer | Custodial mixer | Public CoinJoin |
|---|---|---|---|
| Pool-based unlinking | Yes | Sometimes | Yes |
| Adjustable time delay | 1–72 hours | Fixed or none | No |
| Letter of guarantee | Signed | Varies | Not applicable |
| Tor & onion mirror | Yes | Sometimes | Wallet-dependent |
| Logs retained after mix | None | Often yes | On-chain only |
| Multiple output addresses | Up to 5 | 1–2 | Coordinator-set |
| Randomized fee component | Yes | No | No |
Infrastructure runs on hardened nodes in privacy-respecting jurisdictions. Logs are written only to volatile memory and discarded after a transaction completes. No persistent database stores the mapping between deposit and withdrawal.
Every feature available on the clearnet site is also available on the onion mirror. There is no degraded experience for users who prefer Tor, and there is no Javascript-only flow that would force a fingerprintable browser session.
Before you send any BTC, Anonymixer issues a digitally signed statement that includes your deposit address, your chosen output addresses, the agreed fee, and the delay window. If something goes wrong, that letter is signed proof - verifiable against the public PGP key - that you used the service as described.
The mixer pool mechanism is documented openly because a mixer that hides its mechanics is asking users to trust marketing copy. But we prefer to be judged on the case.
No. Anonymixer never asks for an account, a wallet connection, or any personal identifier. Coins enter a non-custodial pool and exit to addresses you control. The only thing the service holds for you is the signed letter of guarantee.
The mix begins the moment your deposit receives one network confirmation. The withdrawal is then scheduled inside the delay window you chose. Most users pick four to twelve hours; users seeking the largest anonymity set choose the full seventy-two.
The base fee starts at 0.7% of the deposit. A small randomized component is added so the withdrawal amount never matches the deposit exactly - that single design choice defeats one of the most common chain-analysis heuristics.
Yes. Anonymixer publishes an onion mirror with full feature parity. There is no Javascript requirement for the core deposit flow.
The minimum is set just above dust-limit territory so withdrawals remain economical after network fees. The maximum is bounded by the current pool depth, which is shown live on the dashboard before you commit to a mix.
Open a fresh tab, pick your delay, and let Anonymixer do what it was built for.
Read the mixing guide →