|
The chemistry of a material formulation greatly affects the dispensing machine design.
Additives such as fillers, catalysts and solvents are very common components of the final
polymer formulation and further influence the final machine. Liquid Control and Decker have
a wealth of knowledge in how to design a dispensing machine right from the start, taking in
all the characteristics of most any material formulation in mind. Once the machine is
designed we can then optimize a process that delivers the one- or multiple -component
material exactly as it needs to be.
Typical Chemistries and Formulations we have standard solutions for:
Silicone Polymer Formulations
- Thermal compounds
- Liquid injection, fluoropolymers
- Release coatings
- Optically clear polymers
- Gels
- Filled RT cure potting compounds
- Mold making silicones
- Primerless adhesives and sealants
- Caulks
- Conductive compounds
- Platinum catalysts
Epoxies
- Amine cure
- Anhydride, heat cure
- Thermally conductive
- Low cost filled potting materials
- High purity optical encapsulants
- Silver filled conductive
- UV cure
- Lightweight syntactics
Polyurethanes and Polyureas
- Flexible foams and elastomers
- Rigid Foams and elastomers
- Optically clear elastomers
- Filled Polyols
- UV cure Elastomers
- Polyester prepolymers
- Polyether prepolymers
- Solid curatives
- Spray elastomers
- Insulation foam
Acrylates
- Filled resins
- UV cure
- Fast cure adhesives
Polyester/styrene
Lubricants
Fluxes
Reagents
Oils
Brazing Compounds
- Water thin to paste viscosities
- Ratios from 1:1 to over 100:1
- Room temperature processing to over 100°C
- Vacuum degassing less that 1 Torr
- Abrasive filled materials
- Shots from micro liters to hundreds of kilograms
- Flow rates from <0.01 grams/sec to over 2 liters/sec
- Injection, pour, spray
- Robotic material dispensing
|
