Engineered Fluids’ SLICTanks represent the most advanced designed single-phase, liquid immersion cooling tanks available today. The SLICTank Generation 5 design is the culmination of over 3 years and $500K in computational flow analysis to develop the optimal shape, flow, and design for increasing hash rate performance through the best fluid flow management and heat transfer performance!
- Extensive ongoing testing
- Ensure compatibility with our BitCool Dielectric Coolant
- Maximize your Hashing Performance
- Ability to safely overclock your miners to increase hashing performance without exceeding the devices ASIC, GPU, or FPGA manufacturer’s skin temperature (typically 100C)
- Proprietary, adjustable flow control management system ensures even and full flow to every device in a SLICTank providing maximum performance
- Safely hash faster
- Protect your valuable equipment
- Reduce maintenance
- Optimized to provide the highest flow rate and highest heat dissipation available
Crypto & Blockchain
The Engineered Fluids’ SLICTank has been optimized to provide the highest flow rate and highest heat dissipation available using Engineered Fluids’ BitCool or ElectroCool Dielectric Coolants. Our proprietary, adjustable flow control management system ensures even and full flow to every device in a SLICTank providing maximum performance even when supporting various devices in a single tank.Design Services
We recommend using JB Weld to do the repair.
You first need to clearly identify the source of the leak, because our Dielectric Fluids can travel some distance from a leak prior to forming a drip. We recommend cleaning the area thoroughly and then checking the suspected area with a paper towel to establish the exact source of the leak before assuming the drip is where the leak is.
You will need to remove the fluid from the tank and place an oil absorbent pad in the area where the leak is coming from to remove fluid film and then use a common degreaser such as 409 to clean the area. We want to prevent the Dielectric Fluid from seeping into JB Weld while it is setting up.
We recommend using a 320grit or similar sandpaper to scuff the area where the JB Weld will adhere to the tank, this will greatly improve adhesion.
Mix the JB Weld per the instructions and apply it in a thin coat to the leak area allowing at lead 2mm of overlap around the pin hole. Allow to set up and harden fully. Inspect the repair for any bubbles or cavities, it sometimes requires a second application where again you prep the weld and surface area with the sandpaper again and then reapply to ensure that any cavities are filled. We have found that using a sharpened wooden stir stick is a great tool to help tease out any air bubbles in the putty after application.
Once the putty has fully set in 24hrs, fluid can be put back in the tank, and we recommend letting it sit for about 2-3hrs to check that leak has been repaired.