Z Corporation Z 406 User Manual Page 12

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5.0 Inltration
Infiltration is the process of applying a liquid resin to a printed part to provide strength and specific properties. Our infiltration
systems have been specifically formulated to effectively penetrate the part. The lower viscosity of our infiltrants allows the resin
to soak into the porous surface without leaving a thick film on the top surface.
Z Corp’s infiltrant line is divided into three categories, Concept Modeling, Functional and Specialty. Each infiltrant is designed to
offer specific properties.
Figure 17: Infiltration Diagram
Infiltrant Guide
Product Description Application
Method
Color Mix Ratio Penetration
Depth (mm)
Working
time
Cure Time @
70°F/21°C
Cure Time @
160°F/71°C
Concept Modeling
Z-Bond 101
Premium
Instant Cure Dip
Drizzle
Clear - 0.5-3 - 5-10 min -
Z-Bond 90
Economy
Instant Cure Dip
Drizzle
Clear - 0.5-3 - 15-30 min -
Paraplast
X-TRA Wax
Seal & protect
Low strength
Dip
ZW3, ZW4
Clear - Up to 100% - 15-30 min
Cool down
-
Water Cure Chemical-free
Low strength
Mist
Dip
Clear - Up to 100% - Variable Variable
Functional
Z-Max
High Strength
Maximum Strength
Heat resistant
Brush
Spray
Slightly
yellow
100:37
by weight
5-10 35 min 24 h 2 h
Specialty
Por-A-Mold
Elastomer
Tough
Flexible
Brush Slightly
yellow
1:1
by volume
2-5 15 min 24 h -
Z-Bond 11
Investment Casting
Instant Cure
For zp14 only
Dip
Drizzle
Clear - 2-3 - 15-30 min -
Notes:
Working time is the time during which the resin can be applied, before the curing reaction starts.
Cure time is the point in time when the infiltrated part is cured and has achieved full strength.
ZW3 and ZW4 are waxers available from Z Corporation authorized resellers.
The diagram below illustrates the open matrix of green printed Z
Corp. parts. In the second drawing, the infiltrant is represented
as the yellow coating applied to the surface of the matrix. Finally,
the third diagram shows how the infiltrant is drawn into the part,
sealing the surface area and improving the appearance and
strength of the part.
The graph below shows the flexural strength of all the
powders relative to each infiltrant option. The flexural test
measures the force required to bend a test specimen.
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