Details
This full-cover GPU water block is made for one card, the Intel Arc Pro B60 ASRock Creator graphics card, and the aluminum backplate is in the box. Its block is chrome-plated copper throughout, and a 90° terminal with two G1/4 threads makes it easy to fit in rackmount servers and professional workstations.
Properties
- Fits
- Intel Arc Pro B60 ASRock Creator
- Cold plate
- Chrome-plated copper, 0.4 mm microfins
- Top
- PMMA (acrylic)
- Terminal
- Chrome-plated brass, 90°
- Ports
- 2 x G1/4
- Backplate
- Aluminum, black, included
Compatibility
This block is listed for:
- Intel Arc Pro B60 ASRock Creator
The cooler was engineered specifically around this card's exact PCB layout, and Alphacool's manual warns that design revisions of a card may affect compatibility. Before ordering, compare your card with the images in Alphacool's GPU configurator and, if needed, verify the PCB number.
Jet Engine cooling
Alphacool's own text calls the block the Eisblock Aurora Arc Pro B60 Creator and says it combines aesthetics and performance in balance. At the heart of the cooler is the Jet Engine cooling technology of earlier Eisblock generations, which Alphacool describes as proven and refined specifically for the Intel Arc Pro B60 GPU. The precision-machined microfin structure features 0.4 mm fins with 0.4 mm fin spacing, providing what is presented as an ideal balance between coolant flow and heat dissipation.
An integrated jet plate insert distributes coolant pressure evenly across the cooling fins for improved coolant distribution and better heat absorption. The redesigned inlet optimizes the angle and direction of the coolant, and this optimized coolant flow is said to give maximum thermal efficiency.
Chrome-plated copper cold plate
Unlike conventional GPU water blocks, this one utilizes chrome-plated copper for the whole cooler, cold plate included. Alphacool uses only copper for its cooling plates because copper provides nearly twice the thermal conductivity of aluminum. By Alphacool's account, the durable chrome finish is harder compared to traditional nickel plating and offers superior resistance to scratches, chemical exposure and corrosion. The chrome-plated brass terminal complements the cold plate with the same high level of durability and appearance.
Designed for workstation and server applications
The block was designed with professional systems in mind. Its integrated 90° terminal arranges the inlet and outlet in a way that simplifies tubing runs inside rackmount servers and workstation chassis. The forward-facing G1/4 threaded connections make installation easier in confined spaces while maintaining a clean, efficient loop layout. With a clean, minimalist appearance, it suits professional workstations and custom liquid-cooled systems alike. The included aluminum backplate is there for added PCB protection and rigidity. Combined with it, the block is described as one that delivers exceptional cooling performance and professional-grade cooling, durability and reliability for demanding graphics workloads, ideal for workstation and server use.
What the loop needs
The two ports are G1/4 for easy integration into a loop. They take two compression fittings for your tube size, one in and one out, which are not in the box. The package includes the aluminum backplate, mounting hardware, thermal pads, 1g thermal paste and a putty tool, and Alphacool's manual holds the installation instructions.
Technical data
| Dimensions (L x W x H) | 185.76 x 118.15 x 35.15 |
| Material cooler | Chrome-plated copper |
| Material cooler top | PMMA (LXN865) |
| Threads | 2 x G1/4 |
| Material Connection thread | Brass (CuZn39Pb3) |
| Maximum torque G1/4 thread (in Nm) | 1.00 |
| Maximum torque M2 thread (in Nm) | 0.13 |
| Maximum torque M4 thread (in Nm) | 1.12 |
| Maximum operating temperature (in °C) | 60 |
| Recommended working temperature (in °C) | 20 |
| Minimum operating temperature (in °C) | -20 |
| Maximum tested pressure (in bar) | 4.00 |
| Recommended working pressure (in bar) | 0.00 - 2.00 |
| Thickness of the cooling plate | 3.1 |
| Thickness of cooling fins (in mm) | 0.40 |
| Distance between cooling fins (in mm) | 0.40 |
| Cooling technology | Jet engine |
Technical data Backplate
| Dimensions (L x W x H) | 185.76 x 96.15 x 3.00 |
| Material | Aluminum (AlMg0.7Si) |
| Color | Black |
Technical data Thermal pads
| Thermal conductivity of thermal pads (in W/mK) | 7 |
| Thermal pads Hardness ASTM 2240 | 35 Shore 00 |
Technical data Thermal paste
| Evaporation rate | Less than 0.5 |
| Density (g/cm3) | 3.2 (Test method ASTM D2196) |
| Viscosity | 150~200*10³ (Test method ASTM D2196) |
| Operating temperature (°C) | -40 °C to 120 °C |
| Breakdown voltage (V/mil) | 250 (Test method ASTM D149) |
| Thermal impedance (°C in 2/W) | 0.1 +/- 0.01 (Test method ASTM D5470) |
| Maximum operating pressure (psi) | 40 |
| Quantity (in grams) | 1 |
| Color | Gray |
Notes
- Use only clear, transparent water cooling fluids. Alphacool warns that the particles and additives in pastel liquids can clog and permanently damage radiators, pumps, coolers and hoses, which can void the manufacturer's warranty.
- The card's original I/O bracket is installed on the block again, so keep it when you take the original cooler off.
- Remove the plastic transport spacers from the block before fitting the thermal pads.
- Place the card on an antistatic surface to remove the original cooler, and work slowly if thermal adhesive is used. Clean the GPU, memory and contact areas of thermal paste and pad residue before assembly.
- During installation, make sure all components have sufficient clearance.
In the box
- 1x Alphacool Eisblock Arc Pro B60 Creator
- 1x Backplate
- 9x M2x10mm screw
- 1x 59.5x8x1mm thermal pad
- 1x 27.5x15x1mm thermal pad
- 1x 57.5x15x1mm thermal pad
- 4x 8x8x1mm thermal pad
- 1x 27.5x15x2mm thermal pad
- 1x 57.5x15x2mm thermal pad
- 1x 59.5x8x3mm thermal pad
- 1x 15x15x3mm thermal pad
- 1x 45x45x3mm thermal pad
- 1x Thermal grease 1g
- 1x Putty Tool
- 1x M2x4mm screw
- 1x ISO 4036 - M2 2mm nut
Alphacool's manual and data sheet are both PDFs. Its 3D model of the block is an STP file, and the 3D viewer shows it from every side.
