CRYPTNOX products are also available worldwide through our official Amazon stores.
WBTC needs network-specific handling because it is a wrapped representation rather than native Bitcoin. The WBTC documentation describes Wrapped Bitcoin as bringing Bitcoin liquidity to Ethereum-based applications, and the primary route for this page is ERC-20 WBTC on Ethereum. With the Cryptnox Crypto Hardware Wallet – Dual-Card Set, you add WBTC once before receiving it; the card does not arrive with WBTC already enabled.
The holdable routes are precise. Ethereum WBTC is received as an ERC-20 token at a 0x-prefixed 20-byte address. Equivalent WBTC tokens on supported EVM chains also use an EVM-style 0x address, but the token must match that chain. TRC-20 WBTC on Tron uses a Tron T-address, so it should not be treated like an Ethereum transfer.
Do not send native or non-EVM WBTC representations such as Solana WBTC or Osmosis WBTC to this WBTC setup. WBTC is authorized across Ethereum, Solana, Tron, BNB Chain, Base, Kava and Osmosis, but the Cryptnox holding path for this page is limited to Ethereum ERC-20 WBTC, supported EVM-chain WBTC representations, and Tron TRC-20 WBTC.
WBTC is added through the Cryptnox app rather than being pre-programmed on the smart card. Use Add a Token for the WBTC token route you want to receive, or Add a Network when the relevant supported network needs to be present first. The free Cryptnox app is available on iOS and Android, and it is also the route used to set up the Dual-Card Set before any WBTC address is used.
For Ethereum WBTC, the receiving account is a 0x-prefixed EVM address. If you enter the Ethereum token manually, match it to the official Ethereum WBTC contract; the Etherscan page for WBTC shows the Ethereum token contract. For a supported EVM chain other than Ethereum, use that chain’s WBTC representation instead of reusing the Ethereum contract by assumption. For Tron, choose the TRC-20 route and receive to a Tron T-address.
For the broader asset list, review the Cryptnox coin and blockchain support page before moving WBTC or related assets between networks.
The name WBTC is not enough to identify a safe receiving route. Ethereum WBTC follows the ERC-20 standard and is received at a 0x-prefixed 20-byte address. A WBTC token on a supported EVM chain also uses a 0x-prefixed address, but it still belongs to its own network context. TRC-20 WBTC on Tron is different again because the receiving address is a Tron T-address.
This is why the same Cryptnox setup process starts with the network and token, not just the asset name. If the WBTC is on Ethereum, add ERC-20 WBTC and receive on the Ethereum address shown in the app. If it is on a supported EVM chain, add the chain or token representation that corresponds to that network. If it is on Tron, use the TRC-20 route and check for a T-address before receiving.
If your WBTC activity is tied to Tron, the dedicated Cryptnox hardware wallet for Tron page gives Tron-specific context. If you also manage EVM assets, the Cryptnox hardware wallet for Polygon page is a useful comparison for EVM-style address handling across networks.
For WBTC, the asset balance is controlled by the private key behind the receiving address: an Ethereum 0x address, a supported EVM-chain 0x address, or a Tron T-address. In the Cryptnox Dual-Card Set, private keys are generated inside the secure element and never leave it.
Each card uses an EAL6+-certified chip. That chip-level assurance matters for a WBTC buyer because the private key controls the address used for the route you add: ERC-20 WBTC on Ethereum, a supported EVM-chain WBTC representation, or TRC-20 WBTC on Tron. The network determines the token standard and address format; the card keeps the private key separated from the phone and app interface.
The physical product is a contact and NFC smart card. You can tap it to a phone through NFC for mobile WBTC use, or insert it into a contact reader when that workflow is needed. The card itself has no fingerprint or face sensor. When the Cryptnox app uses the phone’s face or fingerprint unlock, that unlock happens on the phone side while the WBTC private key remains in the card’s secure element.
For buyers comparing card-based storage across multiple assets, the parent Cryptnox best crypto hardware wallet collection explains where the Dual-Card Set fits in the wider product family.
The Dual-Card Set arrives uninitialised, so the WBTC wallet setup begins before any ERC-20, EVM-chain or TRC-20 WBTC address is used. During setup, the seed is created inside both cards’ secure elements. That makes the second card the backup for the WBTC-controlling key rather than a separate wallet that needs its own WBTC transfer.
There is no recovery phrase to write down in the default Dual-Card Set flow. If a buyer deliberately wants to bring in an existing BIP39 recovery phrase with 12 or 24 words, importing one is an advanced option. For a new WBTC setup, the intended backup is the second secure element created during initialisation.
This backup model is especially relevant when one buyer holds WBTC on more than one supported route. If the setup controls Ethereum WBTC and a supported EVM-chain WBTC representation, the backup card preserves access to the key behind the relevant 0x addresses. If the setup also controls TRC-20 WBTC on Tron, the backup principle applies to the relevant T-address as well.
The Cryptnox app connects to Web3 through WalletConnect and works with MetaMask, so a card-backed account can be used for WBTC activity while the private key remains inside the card. For Ethereum WBTC, the app workflow must match the Ethereum network and ERC-20 token. For supported EVM-chain WBTC, the network selected in the Web3 flow must match the token representation you added.
TRC-20 WBTC needs separate attention because Tron uses a T-address rather than the 0x format used by Ethereum and EVM chains. A WBTC label inside a Web3 interface should not be treated as enough information by itself. Match the network, token standard and receiving address format before signing or receiving.
The Cryptnox hardware wallet tutorials are useful when setting up the app, pairing the cards, adding networks, and learning the Web3 connection flow. This WBTC page adds the asset-specific checks: ERC-20 on Ethereum, supported EVM-chain WBTC tokens where available, TRC-20 on Tron, and no Solana or Osmosis WBTC for this setup.
If your portfolio also includes network-specific assets outside the WBTC routes described here, compare the relevant page before sending. Ronin users can review the Cryptnox hardware wallet for Ronin page, while native BTC holders should use the Cryptnox hardware wallet for Bitcoin page rather than treating WBTC as the same transfer route.
The WBTC route on this page is for the Cryptnox Crypto Hardware Wallet – Dual-Card Set. It is a Swiss-engineered contact and NFC smart-card wallet for buyers who want to hold WBTC through an address controlled by the card: ERC-20 WBTC on Ethereum, supported EVM-chain WBTC representations, or TRC-20 WBTC on Tron.
The product fit is clearest when you want WBTC storage with three practical boundaries. First, WBTC must be added before use. Second, the network must match the token representation and address format. Third, the backup is the second card created during setup, not a default paper recovery phrase. Those boundaries are important for WBTC because the same asset name appears across networks that are not interchangeable.
You can buy the Cryptnox Crypto Hardware Wallet – Dual-Card Set from the official shop page. Before receiving WBTC, initialise both cards, install the Cryptnox app on iOS or Android, add the correct WBTC token or network, and verify whether the destination should be a 0x-prefixed EVM address or a Tron T-address.
No. The Cryptnox Crypto Hardware Wallet – Dual-Card Set arrives uninitialised, and WBTC is not pre-programmed. After setup, add WBTC through Add a Token or add the relevant network through Add a Network. Use ERC-20 WBTC on Ethereum, supported EVM-chain WBTC tokens, or TRC-20 WBTC on Tron.
You can hold ERC-20 WBTC on Ethereum, equivalent WBTC token representations on supported EVM chains, and TRC-20 WBTC on Tron. Ethereum and supported EVM deployments use a 0x-prefixed 20-byte address. Tron uses a T-address. Native or non-EVM WBTC representations such as Solana or Osmosis are not holdable.
No. Do not send native or non-EVM WBTC representations such as Solana WBTC or Osmosis WBTC to this Cryptnox WBTC setup. The supported holding routes are ERC-20 WBTC on Ethereum, equivalent WBTC tokens on supported EVM chains, and TRC-20 WBTC on Tron.
For an Ethereum WBTC 0x address, supported EVM-chain WBTC address, or Tron WBTC T-address, the private key is generated inside the card’s secure element and stays there. Each card uses an EAL6+-certified chip. The WBTC network route changes the token standard and address format, not the key isolation model.
During Dual-Card Set setup, the seed is generated inside both secure elements, so the second card becomes the backup for the WBTC-controlling key. There is no recovery phrase to write down by default. Importing an existing BIP39 recovery phrase with 12 or 24 words is an advanced option, not the default setup path.
No. The card itself has no fingerprint or face sensor. Unlock uses the phone’s face or fingerprint function through the Cryptnox app. The WBTC private key remains inside the card’s secure element, while the physical card can be tapped to a phone through NFC or inserted into a contact reader.
Yes. The Cryptnox app on iOS and Android connects to Web3 through WalletConnect and works with MetaMask. Add the correct WBTC token or network first, then make sure the Web3 network matches the route you intend to use: Ethereum ERC-20, a supported EVM-chain representation, or Tron TRC-20.
No, and on this network that is not a limitation. The Cryptnox wallet uses one address per chain. HD address rotation comes from Bitcoin’s UTXO model and the BIP32/BIP44/BIP49/BIP84 derivation scheme; on account-model networks each account is a single fixed address by design, so the question does not apply in the same way. Cryptnox’s single-address-per-chain behaviour matches how these networks work.
At the cryptography layer the card derives keys along BIP32 and SLIP-10 paths, one path per supported chain, though that is not exposed in the app as multi-address management.
Yes. Cryptnox ships worldwide from the official CRYPTNOX store. Orders to Switzerland, the European Union and the United States are dispatched from stock already held in each of those regions, so the parcel does not cross a customs border into your country and there are no import duties to pay. Orders to other destinations are shipped internationally, and any import duties or local taxes are set by the destination country and are the recipient’s responsibility. Current shipping rates are shown at checkout.