Shine Abrasives 1A1R Diamond Grinding Wheel/resin Bonded Diamond
Cut Off Wheel
Grinding characteristics of ultra-thin cutting wheels
High-precision ultra-thin cutting grinding wheels are mainly used
for precision grooving and cutting. They generally use deep-cut
slow-feed grinding processes. They have the characteristics of
large cutting depth, low feed speed, large contact area between the
grinding wheel and the workpiece, narrow slit, and high removal
rate. It has the characteristics of high cutting precision, good
surface quality and high material utilization.
Purpose of ultra-thin cutting grinding wheel.
Products that can be processed by high-precision ultra-thin
ultra-hard material cutting grinding wheels High-precision
ultra-thin ultra-hard material cutting grinding wheels are mainly
used for precision grooving and cutting of micro, precision and
precious components in the field of electronic information.
Specifically, it mainly includes: computer soft and hard disk
heads, read-write heads, video recorder heads, etc.; integrated
circuit substrates, semiconductor substrates, VCD, DVD reading
system optical components, etc.; optical couplers, optical
splitters, optical fiber interface components, diodes, transistors,
Lead packaging tubes, etc.; chip inductors, resistors, capacitors,
chip thermal components, etc.; filters, oscillators, piezoelectric
crystals, sensing devices, etc.; precision molds, tools, measuring
tools, etc.
Materials that can be processed by high-precision ultra-thin
ultra-hard material cutting wheels.High-precision ultra-thin
ultra-hard material cutting grinding wheels are mainly used for
processing hard and brittle non-metallic materials (diamond
abrasives) and black difficult-to-machine metal materials (cubic
boron nitride abrasives). Specifically, it mainly includes: ceramic
materials, such as Al0; Zr0, SiNSiCBaTi0 CaTio, etc.; semiconductor
materials, such as Si Ge GaPGaAs, GaAsP, LiNb0;, BiSb, etc.;
packaged chips, such as BGA, QFN, PBGAPOFN, etc.; magnetic
materials such as various soft magnetic materials , hard magnets,
magnetic cores, magnetic head materials, etc.; glass materials,
such as quartz glass, boron glass, phosphorus glass, soda glass,
aluminum glass, etc.; metal materials, such as high-speed steel,
tool steel, mold steel, bearing steel and other iron systems Metal;
other materials, such as platinum wire, gemstones,carbide (tungsten
steel), printed circuit boards, etc.
