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EN 158B2
About this product
Rapid-cure, fast-flow, easily reworkable combination capillary flow and encapsulant
Application Method
Dispensing
,
Curing Conditions
150°C for 35-45 minutes
Viscosity
25-45 Kcp
C.T.E
20/136 ppm/°C
Reflow Temperature
N/A
features
Cost-effective solutions, built for scale
01
High process yield
Maintains mechanical and chemical stability during high-temperature assembly processes, including Pb-free reflow profiles and prolonged thermal exposure.
02
Excellent mechanical shock performance
Engineered to achieve reliable adhesion across common PCB substrates, reducing the risk of delamination during thermal cycling and operational stress.
03
Outstanding thermal cycling performance
Formulated to minimise mechanical stress at the solder joint interface, helping to mitigate fatigue and micro-cracking over the product’s operational lifetime.
benefits
Designed for Long-Term Reliability
01
Excels in high production environments
Enhances solder joint durability under repeated thermal cycling and mechanical loading, supporting long-term performance in demanding environments.
02
Minimizes induced stresses
Lowers the likelihood of mechanical and thermal failure in high-temperature and high-density assemblies, improving overall system robustness.
03
Minimizes induced stresses
Supports stable, repeatable production outcomes by reducing process variability and material-related defects across manufacturing runs.
downloadables
Technical Documentation
Technical Datasheet (TDS)
File type
PDF
Date Uploaded
Apr 2026
Size
333kb
Safety Data Sheet (SDS)
File type
PDF
Date Uploaded
Apr 2026
Size
303kb
Innovation At Its Best
Engineering Materials for Micro-Chip Applications
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