Cart
0
Ek Ekwb Quantum Surface X280M Radiator, Dual, Black
Couldn't load pickup availability
⭐
Loved by +2,002 customers
Shipping information
Our Shipping Promise
At Electroeshop, we understand that your pet supplies are important. That's why we take extra care with every package we send. All orders are shipped in double-boxes with full insurance for additional protection, ensuring your items arrive safely.
Processing & Shipping Timeline
- Processing Time: Orders are processed within 1-3 business days
- Domestic Delivery: Typically 3-5 business days
Please note that delivery times are estimates and may vary based on your location, weather conditions, or other unforeseen circumstances.
Shipping Destinations
Electroeshop currently only ships to the United States.
Shipping Costs
We are pleased to offer free standard shipping on all orders within the United States.
Discreet Packaging
We respect your privacy. All Electroeshop packages are shipped with complete discreet packaging. The product name, description, sender's name, and any information that hints about the contents are encrypted. Your package will arrive without any indication of what's inside, ensuring your purchase remains confidential.
Signature Requirements
Important Note: All orders valued above $250 will require a signature upon delivery for your protection.
Order Tracking
Once your order ships, you'll receive a tracking number via email so you can monitor your shipment's progress every step of the way.
Lost or Delayed Shipments
If your package is lost or significantly delayed, please contact our support team immediately, and we will assist you in resolving the issue.
Additional Security Measures
For your protection, we may contact you for additional order verification of the payment method on certain orders.
Questions or Concerns?
For details on returns and refunds, please refer to our Return Policy page.
For any questions about shipping or delivery, please contact our customer service team at support@Electroeshop.com.
Vendor: Ek
Type: Cooling Systems
Sku: WBEEAB0B7NTK522
Availability: In Stock
Guarantee safe checkout
Ek Ekwb Quantum Surface X280M Radiator, Dual, Black
$294.56
Frequently Asked Questions
- Q: What are the key features of the EK EKWB Quantum Surface X280M Radiator? A: The EK EKWB Quantum Surface X280M Radiator features a thickness of 58mm, providing superior cooling power. It includes sixteen 2mm wide copper tubes for optimal coolant flow and is equipped with high-grade non-louvered copper fins with an 18 FPI density, balancing thermal transfer and air resistance. The radiator also has a total of five G1/4" threaded connection ports for versatile loop planning.
- Q: What type of fans are compatible with the EK Quantum Surface X280M Radiator? A: The EK Quantum Surface X280M Radiator is compatible with 140x140x25mm fans. It is designed to work best with medium to high-speed fans or a Push/Pull setup to ensure adequate airflow and effective cooling performance.
- Q: How do I install the EK EKWB Quantum Surface X280M Radiator? A: To install the EK EKWB Quantum Surface X280M Radiator, use the provided Phillips Slotted screws to mount it directly to your case. Ensure to connect your compatible fans to the radiator's ports and plan your loop using the G1/4" threaded connections, including the additional ports for air bleeding and draining.
- Q: Is the EK Quantum Surface X280M Radiator easy to maintain? A: Yes, the EK Quantum Surface X280M Radiator is designed for easy maintenance. Its modular design allows for disassembly, making it simple to clean and maintain optimal performance. Additionally, the dedicated port for draining the loop facilitates easy maintenance.
- Q: What makes the EK EKWB Quantum Surface X280M Radiator stand out compared to other radiators? A: The EK EKWB Quantum Surface X280M Radiator stands out due to its 58mm thickness, which allows for higher cooling capacity compared to standard radiators. Its unique design includes multiple G1/4" threaded ports and high-quality copper construction, ensuring efficient coolant flow and exceptional thermal performance.