pipe repair anti wearing compound epoxy coating ceramic adhesive

wearing abrasion resistant compound ceramic beads particle filling epoxy adhesives used in pipeline rubber lining repairing and protecting:


Ceramic bead particle adhesive epoxy compound can fill in the ceramic chip crack of the abrasion resistant pipeline.
Ceramic particles adhesive is a kind of the mouldable wear resistant material,can be applied to all kinds of irregular shape,which in the production of
abrasion wear resistant pipeline can be a large number of applications,when using ceramic tile to paste the wear resistant pipeline,will produce gap
between ceramic tile and ceramic chip,the gap will affect the bonding strength of ceramic tile,when the material scour into the gaps,will scour into
the ceramic tile,so it is the necessary step to use the ceramic particle adhesives to fill the crack.

Xiangyang City Hundred Shield Coating Material Co.,Ltd procreative BD706 wearing abrasion resistant repair epoxy compound ceramic beads
large particle filling coatings have mass used in the ceramic pipeline enterprise,reaction effect is very good.Ceramic particles adhesive is made
from the high strength adhesive covered with the high hardness ceramic particles according to the certain proportion,our company’s ceramic
particles adhesive repair compound epoxy coating can match with international first-line brand,can provide free sample for your testing.

Ceramic bead particle adhesive repair coating epoxy compound construction scheme:
1. Surface treatment: Do coarsening treatment on the pending-repair part,grinding with angle grinder or sand blasting etc,the surface after
coarsening treatment should be cleaned,the surface after this treatment should be the one coarsening,dry and fresh substrates,
should be no greasy dirt and dust.

2.Preparation:According to weight ratio 4:1,make A and B two components mix uniformly,and use it up within 30 min.Generally it’s while
construction and configuration.Every time the most configuration quantity is not more than 1.5Kg,too much adhesive is solidified too fast,
hasn’t been used up until the adhesive has partial solidified and can’t be used.According to the actual temperature,configuration can be
properly a little more in winter and proper less in summer.If the temperature is too low,can properly heat up the A component to reduce
viscosity for easy to configure.

3.Coating:The suitable coating thickness of BD706 big particle ceramic beads filling adhesive repair compound epoxy coating is 2 to 8mm,
make the mixed-up material be coating on the pending-repair part layer by layer,the first layer should be compacted,make it infiltrate fully
with the substrates.Repair the surface to be smooth after the coating is coated in the suitable size,or make low viscosity wear resistant coating
be coating on the coating surface.This material can’t do machining,should pay attention to controlling the coating thickness during repairing,
in order to avoid appearing interference phenomenon in the assembly.

4.Curing:It can be put into using after curing for 24 hours at the temperature of 25 degree.If the temperature is low,should heat it up or prolong
the curing time to promote the curing.General construction in winter,can use iodine tungsten lamp to do irradiation heating with 40cm distance
from the coating.

Range of application for BD706 large ceramic bead filling particle adhesive repair compound wear resistant coating:
Two components,widely used in repairing of various wear-out parts and the preparation of wear resistant protective coating on the surface
of various machine part which has wearing abrasion resistant,corrosion resistant requirements.Such as:the repairing and pre-protecting of pipe,
elbow,slurry pump,pumping sand pump,centrifuge,packing boxes,power plant desulfurization system slurry circulating pump body,impeller etc.

Product packing actual photo of BD706 abrasion resistant coating big particle ceramic bead filling epoxy adhesive
repair compound:

Typical application of repairing wear equipment from thermal power,cement,coal washing and mineral processing

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