Contains graft, graft-type, block, or block-type copolymer - Synthetic resins: processes of preparing solid polymer compositions patents
Featured patents
Glass Fiber-Reinforced Polyester Resin Composition and Molded Product Using the Same
US 08546469 B2, Oct. 1, 2013, Doo-Han Ha et al. / Cheil Industries Inc. (Gumi-si, KR)
A glass fiber-reinforced polyester resin composition including:…
Patentorg has 1 document under Contains Graft, Graft-Type, Block, or Block-Type Copolymer Patents.
Other subcategories for category Synthetic resins: processes of preparing solid polymer compositions
- Processes of Preparing a Desired or Intentional Composition of at Least One Nonreactant Material and at Least One Solid Polymer or Specified Intermediate Condensation Product, or Product Thereof 1
- Food or Tobacco Contact Composition or Process of Preparing 1
- Food Release Coating 1
- Odor Masked, Odor Reduced or Perfumed Composition or Process of Preparing 3
- Nonmedicated Composition Specifically Intended for Contact With Living Animal Tissue or Process of Preparing; Other Than Apparel 7
- Contact Lens Making Composition 10
- Silicon-Containing Organic Polymer 19
- Dental or Body Impression Taking Material 4
- Compositions for Use in Tape Adhesives, Binder or Impregnate for a Body Fluid Adsorbent Device, e.g., a Surgical Adhesive Tape, Etc. 2
- Non-Thrombogenic 1
- Composition Suitable for Use as Tissue or Body Member Replacement, Restorative, or Implant 15
- Composition Suitable for Use as Tooth or Bone Replacement, Restorative, or Implant 17
- Cement or Filling Composition 28
- Radio- or X-Ray Opaque 5
- Sealant or Adhesive 12
- Denture Plate Repair, Adhesive, Cushion or Modification Composition, e.g., Modification of Denture Base to Improve Fit, Etc. 2
- Aperture Affecting Composition, e.g., Earplug, Dilator, Etc. 1
- Composition Having Ingredient Providing Biocidal or Biostatic Protection Thereto or Process of Preparing 33
- Composition Containing an Additive Which Enhances Degradation by Environmental Stimuli or Process of Preparing 9
- By Light, Heat, or Radiation 1
- Containing Carbohydrate or Cellular Material Derived From Plant or Animal 1
- Composition for Plugging Pores in Wells or Other Subterranean Formations; Consolidating Formations in Wells or Cementing a Well or Process of Preparing 7
- Composition for in Situ Soil Conditioning or Treating or Process of Preparing 1
- Solar Energy Absorption or Solar Reflection Composition or Process of Preparing 1
- Electromagnetic Wave Absorbing Composition or Process of Preparing (Excludes Visible, IR or UV Portions of Spectrum) 1
- Composition Related to Metal Foundry Molding or Metallurgical Furnace or Process of Preparing 4
- Organic Polyisocyanate or Derived From Polyisocyanate 1
- Phenolic or Amine or Ketone Condensate With Aldehyde 1
- Friction Element Composition or Process of Preparing 4
- Nonskid or Nonslip Composition for Vehicle or Pedestrian Movement 5
- Composition Devoid of Asbestos 1
- Containing at Least Two Organic Materials, e.g., Binder Plus Other Organic Material, Etc. 3
- Containing at Least Two Organic Materials, e.g., Binder Plus Other Organic Material, Etc. 1
- Printing Ink Composition for Glass or Ceramic Substrate or Process of Preparing 77
- Invisible, Ballpoint, or Typewriter Ink Compositions or Process of Preparing; Or Composition for Correction Ribbons or Correction Fluids or Process of Preparing 6
- Lead Pencil or Marking Crayon Composition or Process of Preparing 1
- Composition for Puncture Proof Tire Liner or in Emergency Tire Repair or Process of Preparing 4
- Optical Glass Cementing or Slide Mounting Composition or Process of Preparing 1
- Composition Having Opalescent, Pearlescent, or Variegated Color or Process of Preparing 8
- Cable Filling or Flooding Composition or Process of Preparing 1
- Liquid-Solid Drag Reduction Composition or Process of Preparing 2
- Anaerobic Adhesive or Thread Sealing Composition or Process of Preparing 2
- Intumescent Coating or Ablative Composition or Process of Preparing 2
- Process of Forming a Composition of a Solid Polymer or Solid Polymer Forming System by Admixing a Product in the Form of a Surface Coated, Impregnated, Encapsulated, or Surface Modified Fiber, Sheet, Particle, or Web, With a Material; Or Composition Which Is the Result of Said Admixing 13
- Solid Polymer Particle Enclosed in Layer of Diverse Solid Polymer, e.g., Core-Shell, Etc. 23
- Product Having a Monomeric Ethylenic Reactant Material 4
- Silicon Ethylenic Reactant 1
- Product Having an Inorganic Material Surface Coated Onto an Organic Substrate 2
- Product Having a Solid Synthetic Polymer or Solid Polymer-Forming System 15
- Product Having Two or More Solid Synthetic Polymers, or a Solid Polymer and a Solid Polymer-Forming System 5
- Solid Polymer or Solid Polymer-Forming System Is Encapsulated in or Impregnated in a Nonreactant Material 1
- Product Having a Silicon Atom 1
- Product Having a Material Encapsulated in or Impregnated in a Nonreactant Material 5
- Reactant or Catalyst Is Material Encapsulated or Impregnated 1
- Product Having a Silicon Atom as Part of an Organic Compound 6
- Silicon Containing Organic Material Having an Atom Other Than Si, C, H, or Oxygen 1
- Product Having Elemental Carbon 4
- Product Having a Silicon Atom 2
- Process of Forming a Composition Having a Nonreactant Material Selected for Its Special Void Characteristic; Or Composition Containing Same, e.g., Syntactic Foam, Etc. 14
- Glass Void 1
- Process of Forming a Composition Having Two or More Solid Materials Having Defined Physical Dimensions or Surface Areas; Or Composition Containing Same 1
- Process of Forming a Composition of a Spheroidal Material Having Physical Dimension or Composition Containing Same 1
- Utilizing Direct Application of Magnetic, Electrical, or Wave Energy 1
- Utilizing Energy Potential Described as Obtained as Waste or By-Product From a Prior or Concurrent Operation 1
- Utilizing a Temperature Greater Than 250 Degrees C (482 Degrees F) or Less Than 0 Degrees C 1
- With Removal or Comminution of Material at a Temperature Greater Than 250 Degrees C or Less Than 0 Degrees C, e.g., Freeze Drying, Etc. 1
- Utilizing an Ion Exchanger or a Solid Sorptive Material or Semipermeable Membrane 1
- Utilizing Mixing in a Manner Designed to Avoid or Minimize Turbulence or Shear, e.g., Laminar Flow, Etc. 1
- Utilizing Stream or Mass Moving in a Described Attitude of Presentment Relative to a Zone, Vessel, or Another Apparently Stationary Mass or Stream, Excluding Mere "Pouring Into", e.g., From Above, Below, Tangentially, Etc. 2
- Utilizing Treating or Forming Motion Described by Numerical Data Other Than Mere Temperature, Pressure, Time, or Amounts of Material 1
- Rotational Rate (RPM) or Velocity 2
- Utilizing a Treatment Zone Specifically Described by Shape (Other Than Nominally Helical) or at Least a Part of Which Zone Is Specifically Described by Dimension, Material, Proportion, or Angle or Orientation 1
- Adding Steam or Hot Water (T at Least 60 Degrees C, i.e., 140 Degrees F) 1
- Removal of Material by Treatment With Hot Water or Steam, e.g., Steam Stripping, Etc. 1
- Utilizing a Gaseous Stream to Suspend or Agitate a Particulate Solid Polymer Composition, e.g., Fluidized Bed, Etc. 2
- Extracting Material From Solid Polymer Latex or Aqueous Dispersion or Suspension With a Liquid Nonreactant Material, e.g., Solvent Stripping, Coprecipitation, Etc. 2
- Admixing a Nonreactive Additive Ingredient in the Form of a Slurry, Dispersion, or Suspension (Liquid-Solid); Said Slurry Dispersion or Suspension Containing No Solid Polymer or SICP 2
- Slurried, Dispersed, or Suspended Ingredient Admixed With Previously Formed Latex, Aqueous Dispersion or Aqueous Suspension of a Solid Polymer 2
- Creaming, Agglomerating, or Coalescing a Solid Polymer Latex or Aqueous Dispersion Wherein Solid Polymer Latex or Aqueous Dispersion Is the Result 4
- Inverting Phase Relationships or Reapportioning the Distribution of Ingredients Among Phases 2
- Removing Material at Reduced Pressure, e.g., Flashing, Sublimation, Spray Drying, Etc. 2
- Multistep Operation Achieved Within a Stated Interval of Time, e.g., Total Cycle Time, Etc. 2
- Utilizing Plural Mixing Operations in Preparation of a Solid Polymer Inert Ingredient Concentrate, e.g., Master Batch, Etc. 13
- Utilizing Multistage Coagulation of a Solid Polymer Latex 1
- Utilizing Plural Discrete Mixing Operations in Specifically Described Distinct Noninterconnected Zones 2
- Process of Forming a Composition Containing a Nonreactive Material (NRM) and a Polymer Containing More Than One 1,2-Epoxy Group, or a Preformed Polymer Derived From or Admixed With a Reactant Containing More Than One 1,2-Epoxy Group, or With a Polymer Derived From an Epihalohydrin and a Polyhydric Phenol or Polyol; Or Composition or Product Thereof 17
- Contains Inorganic Water Settable Material NRM 1
- Product Contains Water Per Se or Water of Hydration as Designated Nonreactive Material (DNRM) 2
- Polymer Contains More Than One 1,2-Epoxy Group or One Derived From Reactant Containing More Than One 1,2-Epoxy Group Is Further Derived From or Reacted With Organic Nitrogen or Sulfur 2
- Organic Nitrogen Compound Contains Isocyanate Group 1
- Polymer Is Graft, Graft-Type, Block, or Block-Type Copolymer 1
- Composition Wherein Two or More Polymers or a Polymer and a Reactant All Contain More Than One 1,2-Epoxy Group, or Product Thereof 6
- With Reactant Nitrogen or Sulfur Compound 1
- Polymer Derived From Reactant Containing Element Other Than C, H, O, or N or Chlorine-Containing Reactant of Three or More Carbon Atoms 1
- Solid Polymer Derived From Reactant Containing Element Other Than C, H, O, or N or Chlorine-Containing Reactant of Three or More Carbon Atoms 1
- Polymer Is Graft, Graft-Type, Block, or Block-Type 3
- Polymer Derived From Ethylenic Reactants Only Derived From Plural Unsaturated Reactant 1
- Designated Nonreactive Material (DNRM) Has Numerically Specified Characteristics, e.g., Particle Size, Density, Etc., Other Than Viscosity, m.p., b.p., Molec. Wt., Chemical Composition or Percentage Range 3
- Heavy or Transition Metal or Compound Thereof 1
- Silicon 1
- Carbohydrate or Derivative Including Tannin or Derivative DNRM 1
- Phosphorus DNRM 1
- Organic Sulfur Compound DNRM 1
- Carboxylic Acid or Derivative Devoid of Heavy Metal Atom DNRM 2
- Organic Chalcogen Compound DNRM 2
- Elemental Metal or Metal Compound Other Than as Silicate DNRM 2
- Transition Metal 3
- Organic Nitrogen Compound DNRM 3
- Inorganic SI-O Bond DNRM 2
- Elemental Carbon DNRM 1
- Process of Forming a Composition of an Ethylenically Unsaturated Reactant or Ethylenically Unsaturated Polymer Admixed With Nonreactive Material (NRM) and a Polyester Whose Polymer Backbone Was Derived Through the Direct Formation of the Ester Linkage, e.g., Polyethylene Terephthalate, Polycaprolactone, Etc., or Product Thereof 6
- Product Contains Water Per Se or Water of Hydration as DNRM or Admixed With Other Designated Nonreactant Material 1
- Organic Chalcogen DNRM 1
- Designated Nonreactive Material (DNRM) Has Numerically Specified Characteristic, e.g., Particle Size, Density, Etc., Other Than Viscosity, m.p., b.p., Molec. Wt., Chemical Composition or Percentage Range 1
- Inorganic Silicon Atom Other Than Glass DNRM 1
- Contains Polymer Derived From Ethylenically Unsaturated Reactant Only 1