How effective is the Neoprene Velcro Cable Sleeve application in the memory water cooling method?

The so-called water cooling is to use the water pump as the power to let the water cooling liquid flow in the Neoprene Velcro Cable Sleeve, and circulate between the hot water absorption cold head and the heat dissipation and drainage pump. The water-absorbing cold head transfers the heat of the heating hardware to the radiator through the water-cooled liquid, and the radiator with a fan lowers the temperature of the liquid and circulates it to the water pump to continue to the water-absorbing cold head.

After the memory circuit is powered on, there will be electrostatic effects around the product. This electrostatic effect will adsorb the fine neoprene dust particles in the air to the memory chip and the surface of the PCB board. This leads to a decrease in memory heat dissipation performance, and even leads to a short circuit of the chip pins.
The memory products equipped with Neoprene Velcro Cable Sleeve heat sink adopt the design of fully surrounding the heat sink and the heat dissipation strip effectively seal the chip and circuit of the memory, so that dust cannot enter the inside of the heat sink, ensuring the memory Chips and PCB boards are protected from dust.
"Water cooling" refers to relying on the circulation of water to take away heat at room temperature, and then dissipate the temperature through a large total fan. However, liquid nitrogen uses a special machine to reduce the temperature to below zero to achieve a better overclocking effect. However, the Neoprene Velcro Cable Sleeve is expensive and the machine is relatively large, so only some overclocking enthusiasts like to use it.