high temperature resistant adh > high temperature abrasion wear resistant ceramic adhesive

high temperature abrasion wear resistant ceramic adhesive

BD280 high temperature abrasion wear resistant epoxy bonding ceramic tile adhesive

packing specification of our BD280 wear abrasion high temperature resistant epoxy ceramic adhesives:
packed in a tube,310ml/tube.

product description:
One-component, neutral organic silicone material,high bonding strength,acid&alkali resistance is good.
With shock absorption buffer effect,with a good high and low temperature resistance,the temperature resistant range is -60-280 degree,with a good aging resistance,widely used in the ceramic chip paste of high temperature resistant occasion,
such as:the wear resistant ceramic chip paste of outlet pipeline of power plant coal mills,inner shell of powder machine,
dust removal system of steel plants,the air duct elbow and so on.

Main physical and mechanical properties:
Project as follow performance index as follow
Color: Red(blue black)
Density（g/cm3): 1.45
physical state: Paste
Operation time（min): <20
Curing condition（25℃): More than 24 hours
shear strength（MPa): >2.5
tensile strength（MPa): >3.5
Working temperature（℃): -60-280 degree
Test condition: Temperature is 23±2 degree,relative humidity is 55-65%

Note for use:
This adhesive curing principle:absorb water molecules in the air for curing,so you had better dry it for 5 min.
and then do bonding after the adhesive coating on the ceramic and metal,in this way,it’s in favor of the adhesive curing,
this adhesive surface dry time for 20 min.The longest usage time from extruding the adhesive to ceramic bonding is 20 min,
had better use up a packaging adhesive every time,if you really don’t use up,you can wrap up the open part with plastic cloth
to avoid touching with the air,If there is a little curing adhesive on the open part during your next time using,
please remove this part.

Product packaging photo of BD280 anti wear abrasion high temperature resistant ceramic epoxy bonding adhesive:

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