SHARONVIEW FEDERAL CREDIT UNION
Fort Mill, South Carolina
Routing Number
253075303
Bank Details
- Institution Name
- SHARONVIEW FEDERAL CREDIT UNION
- Routing Number (ABA/RTN)
- 253075303
- Status
- Active — Receives ACH Transfers
Use This For
- ✓ ACH Direct Deposit
- ✓ ACH Payments & Bill Pay
- ✓ Tax Refund Direct Deposit
- ⚠ Wire Transfers (verify with bank)
Where to Find This Routing Number
Routing number 253075303 appears at the bottom-left of checks issued by SHARONVIEW FEDERAL CREDIT UNION.
Check No. 1001
253075303
← Routing Number
0001234567
Account Number
1001
Check #
Frequently Asked Questions
What is the routing number for SHARONVIEW FEDERAL CREDIT UNION?
The routing number for SHARONVIEW FEDERAL CREDIT UNION in Fort Mill, South Carolina is 253075303. This ABA routing number can be used for ACH transfers, direct deposits, and wire transfers. Always verify with your bank before initiating a transfer.
Is routing number 253075303 valid?
Yes, routing number 253075303 is an active, valid ABA routing number for SHARONVIEW FEDERAL CREDIT UNION located in Fort Mill, South Carolina. This information is sourced from the Federal Reserve's E-Payments Routing Directory.
Can I use 253075303 for wire transfers?
Routing number 253075303 is registered for SHARONVIEW FEDERAL CREDIT UNION in the Federal Reserve's ACH directory. While many banks use the same routing number for both ACH and wire transfers, some large banks have separate wire routing numbers. Contact SHARONVIEW FEDERAL CREDIT UNION directly to confirm.
Where is SHARONVIEW FEDERAL CREDIT UNION located?
SHARONVIEW FEDERAL CREDIT UNION (routing number 253075303) is located at CORPORATE CENTER DRIVE, Fort Mill, SC 29707. You can reach them at (704) 969-6707.
What is routing number 253075303 used for?
Routing number 253075303 identifies SHARONVIEW FEDERAL CREDIT UNION for electronic transactions including: ACH direct deposits (payroll, tax refunds, government benefits), ACH payments (bill pay, recurring transfers), wire transfers (domestic bank-to-bank), and check processing.