Withdrawal requests are processed promptly after submission. The withdrawal time it takes for the funds to appear in your account depends on the withdrawal method selected. Additionally, requests submitted close to or during weekends and holidays may experience a slight delay due to non-business day processing timelines.
Maximum Processing Timeframe
Withdrawal requests are typically processed 24/7, depending on the selected withdrawal method. However, the time it takes for funds to reflect in your account may vary based on several factors, including the payment method, verification requirements, and system activity.
Crypto withdrawals are processed 24/7 and are usually completed instantly within 30 minutes. Funds are received on the same day. Requests made outside business hours, on weekends, or on public holidays will be processed on the next business day.
Non-crypto withdrawals (card and local methods) are processed 24/7. It may take up to 3-5 business days for the funds to be reflected on your account, depending on the payment provider.
Factors Impacting Processing Times
Withdrawal Method: The time for the received fund to reflect in your account varies by withdrawal method. Crypto withdrawals, for instance, are often faster compared to traditional banking methods.
High System Activity: Times of increased user activity or server queues may delay the processing of requests beyond the standard timeline.
Verification and Review: Withdrawal requests undergo a review to ensure security and compliance. Any delay in verification can extend the overall processing time.
Tips for Faster Processing
To ensure a smooth withdrawal process:
Provide accurate details, including your account or wallet information.
For crypto withdrawals, ensure the wallet address entered under 'account number' and the email under 'email' are correct.
Ensure that all required information and documents are submitted correctly to avoid delays.
By following these guidelines and tips, users can better understand the factors influencing withdrawal timelines and how to minimize potential delays.