PRODUCT CATALOG


PRODUCT

































During the heating over night the liquid concentration should be reduced by 5% to 10%, according to alloy and application, as the full
setting expansion is reached.
Burnout
After hardening place the mould into the cold oven. At 280 °C and 580 °C the temperature should be maintained for 45-60 minutes,
depending on the size and the number of the moulds. Hold the final temperature, recommended for the alloys, 30-45 minutes.
Heating rate app. 3-7 °C/min.
Maximum temperature 1050 °C Cast without delay.
Warning
This embedding compound contains quartz and cristobalite. So avoid inhaling the dust!
Do not open the oven during the heating-phase as the arisen wax-steams might catch fire in the air.
The recommendations are given to the best of our knowledge. We grant the quality of our products according to our spezification.
Any further liability cannot be accepted since the proper application of our products is outside of our control.
- Provide requisite amount of Liquid
- Pour in the powder
- Mix thoroughly for 20 seconds.
- Mix for 1 minute under vacuum.
- Maintain the vacuum for another 10 seconds
Adjust the mould to the lowest agitation setting while filling it. Once the casting muffle has been filled, no further agitation
is performed.
Working time approx. 5 minutes
Setting time max. 9 minutes
Overbedding could be made with dest. water.
Preheating
25-35 minutes after filled up, the mould can be placed inside the oven, which is already preheated at a temperature of
900-1000°C. Hold the final temperature, recommended for the alloy for at least 1 hour.
Important
In case of ovens with floor heating, make sure there is sufficient clearance (approx. 1 cm) between the
mould and the floor plate
Liquid concentration for model preparing:
• 50 - 65 % regular frame work
• 65 - 75 % combination frame work depending on the size and extention of jaw
• 85 – 100 % combination frame work in one piece casting process
The concentrate admixture figures are for guidance only-they depend on the type of alloy involved.
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