POWERCRUSH CRUSHER BACKING COMPOUND
POWERCRUSH is a two-component epoxy backing compound specifically designed for various mining and quarrying applications. It serves
as a backing and reinforcing layer between machine parts and as a damper when subjected to impact and shock loads.
Recommended For:
- POWERCRUSH is brought to an optimum working temperature of circa 25ºC by placing it in a warm room 24 hours prior to use. At lower temperatures the material will be more viscous and hence difficult to pour and at temperatures above 30ºC the pot life of the product will be reduced. At temperatures below 5ºC and above 40ºC casting should not be carried out.
Performance Standards:
- CRUSHER BACKING COMPOUND
Pack Sizes Available:
- 200kg
- 20kg
Customer benefits:
• Very high compressive strength
• 100% Solids, minimal shrinkage
• Easy to mix and pour
• High impact strength and resilience
PROCESS OF USE :-
POWERSRUSH is supplied as two components, these are pre-weighed to remove any potential for issues regarding ratio. As such these kits should only be completely mixed and not be broken down. A suitable mixing device is required, e.g. a suitable drill with mixing paddle. Stir Part A until homogenous then add Part B and mix thoroughly. Continue stirring until product is homogenous, typically 2-3 minutes. It is essential that the steps mentioned are followed correctly as off ratio product andpoor mixing will affect the curing and ultimate physical properties of the material.
CLEANING OF MIXING TOOLS:-
Any tools used in the mixing and application of POWERSRUSH should be cleaned in methylated spirit immediately after use as POWERSRUSH is difficult to remove once cured
PRODUCT LIFE:-
A shelf life of 18 months from date of manufacture can be expected for this product when stored at room temperature (22ºC) in their original containers.
PRECAUTION:-
For complete safety and handling information, please refer to the appropriate Material Safety Data Sheets prior to using this product.
DISCLAIMER:-
All information on this data sheet is based on laboratory testing and is not intended for design purposes.
