SunMoon PU Structural Modeling
The modeling set has built-in urethane reactivity and hydrogen bonding capability to
automatically form hard & soft segment domains so as to effectively demonstrate the
unique urethane morphology and structure-property relationships of polyurethane
materials such as hardness, toughening effect, abrasion resistance, polyether/polyester
difference, postcuring / crosslinking effects, formulation choices and process effects.
More Features for in-depth Modeling:
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Prepolymer formulation with mixed polyether / polyester polyols, diols and triols.
Curative mixtures: diol, triol, diamine and triamine.
Blocked prepolymer, blocked curative.
The hard segment domains aligned up with tensile stress: toughening effect.
Phase separation under different processing conditions such as postcuring, annealing.
A powerful tool for PU formulation, R&D, engineering design, material testing,
product QC, communications & interactions among chemists, engineers, material
scientists, sales representatives, project managers and material managers.
Please E-Mail: [email protected] for Quote and Order.
Notice: The product contains small parts and is not intended for children.
Keep away from magnetically sensitive device such as credit cards.
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SunMoon Materials Co., 45 Meadow Lane, Boxborough, MA 01719
Tel. 978-266-2690; Website: www.SunMoonMaterials.com
SunMoon Materials Company is a proud member of the Polyurethane Manufacturers
Association, offering consulting service in the following areas since 2001. We welcome
opportunities to develop partnership in these interesting markets. Please contact Dr. Ming
Zhou at [email protected] for more details.
I. Polyurethane / Silicone Elastomer Technologies
(1) High Abrasion/Tear Resistant Polyurethane
(2) High Temperature Resistant Polyurethane
(3) Highly Solvent / Oil Resistant Polyurethane
(4) Low Hardness (< 60 A) Polyurethane
(5) High Performance Urethane Wheels, Tires, Rolls, Belts, Seals, Polishing
Sheets/Pads, Mining/Mill/Oil Field Parts, etc.
(6) Conductive Elastomer: Silicone Gaskets Filled with Ag, Ag/Cu, Ag/Glass,
Ag/Al, Ni/Graphite Particles for EMI Shielding Applications.
II. Urethane Prepolymer Technologies
(1) TDI Polyethers and Polyesters
(2) MDI Polyethers and Polyesters
(3) PPDI Polyethers, Polyesters and Polycarbonates; PPDI TPU
(4) NDI, H12MDI & HDI Specialties
(5) Low Free Monomer Technology
(6) Rotational Casting Technology
(7) Polyurea Spray Coatings
(8) UV-Curable, Moisture-Curable, Blocked Urethanes.
III. Microcellular Polyurethane Technologies
(1) Mechanically Gas-Frothed Microcellular Foams
(2) Water / Solvent Blown Microcellular Foams
(3) CMP (Chemical Mechanical Planarization) Polishing Pads
(4) Auto Shock Absorbers (Jounce Bumpers): NDI, MDI or PPDI Based
(5) Conductive Foams Filled with Ni/Graphite Powders
(6) Fiber-Reinforced Microcellular Composite.
IV. Conductive Coatings / Adhesives / Sealants / Inks
(1) Conductive Coatings for EMC and ESD: waterborne and solvent-based acrylic &
urethane paints filled with Ag, Ag/Cu, Ni, Ni/Graphite.
(2) Conductive Adhesives for Die Attach & EMC: Epoxy Filled w/ Ag or Ag/Cu
(3) EMI Shielding Sealants: Silicone Filled w/ Ag, Ag/Cu, Ag/Glass, Ag/Al, Ni/Gr.
(4) Flexible Conductive Inks: Polymer Thick Film Filled with Ag Powders for
Flexible Circuitry and Computer Keyboard Membrane Switches.
V. Conductive Plastics
(1) PC/ABS, PEI Thermoplastics Filled with Ni/Carbon Fibers
(2) Castable Conductive Plastics
(3) Polyurethane Filled with Ni/Graphite and Other Conductive Fillers
(4) ECMP (ElectroChemical Mechanical Planarization) Polishing Pads.
VI. Technology Evaluation for Mergers & Acquisitions in the Related Areas
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SunMoon Materials Co., 45 Meadow Lane, Boxborough, MA 01719
Tel. 978-266-2690; Website: www.SunMoonMaterials.com