Dear sirs:
Subject: Nano-size lead oxide
I am a lead acid battery consultant based in Bangalore,
The Lead acid battery uses a lead oxide ( PbO+Pb) of average particle size 2-4 microns.
The smallest particle size that can be obtained in the manufacturing process is 1 micron using the dry process of attrition of lead balls in a rotating drum
I wish to find from you whether you can reduce particle size from 1 micron ( 1000 nm to 100 nm ( 0.1 micron)
There is a size reduction factor of 10 ( from 1 micron to 100 nm
The business will be very huge if we can succeed
Dear sirs:
Subject: Nano-size lead oxide
I am a lead acid battery consultant based in Bangalore,
The Lead acid battery uses a lead oxide ( PbO+Pb) of average particle size 2-4 microns.
The smallest particle size that can be obtained in the manufacturing process is 1 micron using the dry process of attrition of lead balls in a rotating drum
I wish to find from you whether you can reduce particle size from 1 micron ( 1000 nm to 100 nm ( 0.1 micron)
There is a size reduction factor of 10 ( from 1 micron to 100 nm
The business will be very huge if we can succeed