Customer Uses Chip Trapper to Recover Boron Carbide from Slurry for Disposal

boron carbideCT

In this short story, our customer operates multiple water jet cutting machines. They have slurry buckets stationed at each machine. When the slurry bucket becomes full, they want to empty the bucket and dispose of the slurry.

The customer wanted to use the model 6198 Chip Trapper to perform the function of filtering the Boron Carbide from the water component of the slurry. Boron Carbide is a very hard material used for making armor plating for everything from bullet proof vests to tank armor. Being such a hard material, the abrasive factor is really high. They were concerned about the abrasive nature of the material and contacted me to check and see if this material would present a problem for our system. Turns out that the Chip Trapper will operate just fine without any degrading of performance. The reason is that there are no moving parts that could be worn by the abrasive material moving through. In fact, the abrasive material never comes into contact with the pump of the Chip Trapper. The slurry is directed straight into a 5 micron filtering bag where the solids are pulled out. The remaining water is pumped out of the Chip Trapper into a water treatment system for proper disposal.

The customer did have a few questions regarding what was included with model 6198 Chip Trapper. The answer is basically, everything you would need to get the unit assembled and operational is included with the Chip Vac. The only input required from the customer is the compressed air utility which is in reasonable supply for this customer’s facility.

The customer placed their order with me directly and asked for a tracking number which was sent followed by the invoice which he needed to expense his credit card purchase.

If you have an application where you need to vacuum up an abrasive solid that is mixed in with water or some other non-flammable fluid, give the Chip Trapper consideration. You will be glad you did.

Neal Raker, Application Engineer
nealraker@exair.com

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