F-Term-List

C08G77/00-77/62

AA00
CLASSIFICATION OF POLYMERS (NAME OF SUBSTANCES)

AA01

AA02

AA03

AA05

AA06

AA07

AA08

AA09

AA10

. Only repeating -Si-O- unit

. . Polysilicates

. . Polysiloxanes

. Only repeating -Si-X- unit (X is not oxygen)

. . Polysilanes

. . Polycarbosilanes

. . . Polysilphenylenes

. . . Polysilalkylenes

. . Polysilazanes (X=N)

AA11

AA13

AA15

AA17

AA18

AA19

AA20

. Mixture of -Si-O- unit and -Si-X- unit

. Containing unsaturated Si structures (-Si=Si- or the like)

. Polymers having structures not classified into the above

. Unspecified polymer structure because of unknown structure

. . Raw material compositions based on silicon monomers

. . Polymers expressed only by silicon raw materials

. Other substance names (FW)

AB00
CLASSIFICATION OF POLYMERS (SPATIAL EXTENSION)

AB01

AB02

AB05

AB06

AB07

. Straight linear, linear

. . Block

. Cyclic (combination of ring)

. . Ladder type

. . Cage type

AB11

AB12

AB13

AB14

AB15

AB20

. Branch type

. . Graft, which covers comb type, hanging type

. . Branch type; T-shaped (Y-shaped) polymer molecules

. . High order blanch type, which covers star type, tree type and dendrimer

. . Crosslinked substances, which covers cured substances

. Substances having other spatial extension (FW)

BA00
CLASSIFICATION BY OXYGEN ATOM CONFIGURATION AROUND SI

BA01

BA02

BA03

BA04

BA05

BA07

. D units are main quantity

. . Only D units

. . Containing T units or Q units

. . . Comprising D units and T units

. . . Comprising of D units and Q units

. . . Containing all of D units, T units and Q units

BA11

BA12

BA13

BA14

BA16

BA17

. T units are main quantity

. . Only T units, which cover ladder type or silsesquioxanes

. . Containing D units or Q units

. . . Comprising T units and D units

. . . Comprising T units and Q units

. . . Containing all of T units, D units and Q units

BA21

BA22

BA23

BA25

BA26

BA27

BA28

BA29

. Q units are main quantity

. . Only Q units

. . Containing D units and T units

. . . Comprising Q units and D units

. . . Comprising Q units and T units

. . . Containing all of Q units, D units, and T units

. . Containing M units

. . . MQ resins (Silicone resins)

BA31

BA34

BA35

BA36

BA37

BA40

. Without reference to quantity ratio among D, T, and Q units, quantity ratio is indefinite

. . Comprising D units and T units

. . Comprising Q units and D units

. . Comprising T units and Q units

. . Containing all of D units, T units, and Q units

. Other configurations of oxygen atoms (FW)

BB00
BONDS BETWEEN ADJACENT SI ATOMS; BONDS HAVING REPEATING UNITS, REFER TO EA

BB01

BB02

BB03

BB04

BB05

BB07

BB08

BB09

BB10

. Bonds having O atoms in the second position of Si

. . O atom by itself; Si-O-Si bonds

. . Si-O-X-O-Si type bonds (X is not Si)

. . . X is a hydrocarbon chain

. . . X is metal or B because of co-condensation with metalalkoxides

. Bonds having N atoms in the second position of Si

. . N atom by itself; Si-N-Si bonds

. . Si-N-X-N-Si type bonds (X is not Si)

. C in the second position of SiA) the C is in carbonyl groups

BB11

BB12

BB13

BB14

BB15

BB16

BB17

BB19

BB20

. C in the second position of SiB) hydrocarbon bonds formed only by C and H

. . C in the next position is carbons in aliphatic chains (alicyclic rings)

. . . Saturated aliphatic chains, alkylenes

. . . . Dimethylene -CH2-CH2-

. . . Aliphatic chains containing double bonds, which cover vinylene

. . . Aliphatic chains containing triple bonds, which cover ethynylene

. . . . Diethynylbenzene type bonds

. . C in the next position is carbons in aromatic rings, arylenes

. . . Phenylene -C6H4-

BB21

BB22

BB24

BB25

BB26

BB27

. C in the second position of SiC) hydrocarbon bonds containing heteroatoms

. . Carbon chains containing halogens

. . Carbon chains containing O atoms, which cover heterocyclic rings containing O

. . . Carbon chains containing OH groups, which cover ring opening of epoxies

. . . Carbon chains having ether bonds

. . . Carbon chain having C=O or COO bonds

BB32

BB33

BB34

BB36

BB38

BB39

BB40

. . Carbon chains containing N atoms, which cover N+ groups and azo groups

. . . Amides, urethanes and carbon chains containing urea bonds

. . . Heterocyclic structure containing N, which covers imide bonds

. . Carbon chains containing S atoms

. . Carbon chains containing P atoms, which cover P+ groups

. . Carbon chains containing elements other than halogen, O, N, S and P

. . . B atoms, which cover carbaboran bonds

BB41

BB44

BB45

BB46

. Bonds having S atoms in the second position of Si

. Bonds not belonging to the above

. . Covalent bonds; Si-Si bonds

. . Si-metal-Si bonds (a metal is Ge or the like)

CA00
MONOVALENT GROUPS ON SI; GROUPS CONTAINING REPEATING UNITS, REFER TO EA

CA01

CA03

CA04

CA05

CA07

CA08

CA09

. H atoms; Si-H, hydrosilyl groups

. Halogen atoms

. . F atoms; Si-F

. . Cl atoms; Si-Cl

. Groups having N atoms in the second position of Si, which cover Si-NCO

. . Amino acids; Si-NH2, Si-NR2

. . Amide groups; Si-NHCO-

CA11

CA12

CA13

CA14

CA15

CA16

CA17

CA18

CA19

CA20

. Groups having O atoms in the second position of Si, which cover Si-O metal

. . OH groups; Si-OH, silanol groups

. . OR groups; Si-OR

. . . R, which is a saturated aliphatic or aromatic, covers Alkoxy groups

. . . R is an unsaturated aliphatic; Si-O-C=C

. . . Hetero atoms (other atoms than C, H) are present in R

. . Aminooxy groups; Si-O-NR2

. . . Oxime and ketoxime groups; Si-O-N=C

. . Acyloxy groups; Si-OCO-

. C in the second position of Si, a) the C is carbonyl

CA21

CA22

CA23

CA24

CA25

CA26

CA27

. C in the second position of Si, b) hydrocarbon groups containing C and H only

. . C in the second position is carbons of aliphatic chains (alicyclic rings)

. . . Saturated aliphatic groups, alkyl

. . . . Methyl

. . . . Alkyl groups having branches and alicyclic rings

. . . . Long chain alkyl; number of carbons are limited to 2 or more

. . . . Alkyl, aralkyl having aromatic rings

CA33

CA34

CA35

CA36

CA39

CA40

. . . Aliphatic groups having double bonds, alkenyl

. . . . Vinyl

. . . . Alkenyl having branches, long chains, alicyclic rings or aromatic rings

. . . Aliphatic groups having triple bonds, alkynyl

. . C in the second position is a carbon of aromatic rings, aryl

. . . Phenyl

CA41

CA42

CA44

CA45

CA46

CA47

. C in the second position of Si, c) hydrocarbon groups containing hetero atoms

. . [Note] When c) is present on all Si, it is applied

. . Hydrocarbon groups containing halogens

. . . Containing Cl atoms

. . . Containing F atoms, which cover trifluoropropyl

. . . . Perfluoroalkyl groups

CA52

CA53

CA54

CA55

CA56

CA57

CA58

. . Hydrocarbon groups containing O atoms, which cover peroxy groups

. . . Containing OH groups

. . . . Secondary or tertiary OH groups, which cover ring opening of epoxies

. . . . Limited to phenolic OH groups

. . . Containing ether bonds

. . . Containing ketonic structure, which cover aldehyde groups

. . . Containing COOH groups; COO-, CBO3 is given

CA63

CA64

CA65

CA66

CA67

CA68

CA69

. . . Containing C type of ester groups; Si-R-COO

. . . Containing O type of ester groups; Si-R-OCO

. . . . (Meth) acrylic ester groups

. . . Heterocyclic rings containing O, which cover anhydride groups; N in rings refers to CA80

. . . . Containing epoxy groups; epoxies with unspecified structure

. . . . . Glycidyl type

. . . . . Non-glycidyl type

CA72

CA73

CA74

CA75

CA76

CA77

CA78

CA79

CA80

. . Hydrocarbon groups containing N atoms, which cover nitro, azo groups

. . . Containing C) type of amide groups; Si-R-CONH

. . . Containing N type of amide groups; Si-R-NHCO

. . . . (Meth) acrylamide groups

. . . Amino groups, containing imino groups

. . . . Secondary or tertiary N atoms; quaternary N+, refers to CB02

. . . Containing CN groups

. . . Containing NCO groups, urethanes, urea bonds

. . . Heterocyclic rings containing N, which cover imide bonds

CA82

CA83

CA84

CA85

CA87

CA88

. . Hydrocarbon groups containing S atoms

. . . Containing SH groups

. . . Containing (poly) sulfide bonds, which cover thioethers

. . . Containing S=O bonds, which cover sulfuric acid, sulfonic acid

. . Hydrocarbon groups containing P atoms; P+, refers to CB02

. . Organic groups containing other atoms than halogen, O, N, S and P

CA91

CA92

CA99

. Groups having S atoms in the second position of Si

. . Mercapt groups; Si-SH and Si-SR

. Monovalent groups not belonging to the above

CB00
GROUPS EXPRESSED FUNCTIONALLY

CB01

CB02

CB03

CB05

CB06

CB07

CB08

CB10

. Containing electric charge

. . Positive charge, refers to N+ and P+

. . Negative charge, refers to COO-

. Chiral structures, optically-active structures and asymmetric carbon atoms

. Liquid crystal structures and mesogenic groups (conjugated atom groups)

. Steric hindrances (hindered structures)

. Acid dissociative groups, acid degradable groups, acid unstable groups

. Other functional groups (FW)

EA00
REPEATING STRUCTURES OTHER THAN SI CHAINS EXISTING IN POLYMERS

EA01

EA02

EA03

EA04

EA05

EA06

. Structures originated by C08F system polymers

. . Olefin(co)polymers

. . Styrene system (co)polymers

. . Halogenated vinyl system (co)polymers

. . (Co)polymers of acrylic system monomers

. . (Co)polymers of diene compounds

EA11

EA12

EA13

EA14

EA15

EA16

EA17

EA18

EA19

EA20

. Structures originated by C08G system polymers

. . Polyethers

. . . Polyether chains lies between two Si

. . . Polyether chains exist in Si chain terminals

. . . Polyether chains pending in the inside of Si chains

. . . Existing other than C, H, and O in polyether links

. . . Groups other than hydroxy groups of polyether chain terminals

. . Polyesters

. . Polycarbonates

. . Polyurethanes, polyureas

EA22

EA23

EA24

EA25

EA26

EA28

EA30

. . Polyamides, which cover esteramides

. . Polyimines -(R-N)n-

. . Polyimides, which cover esterimides, amideimides

. . Aldehyde systems, which cover phenol resins, amino resins

. . Epoxy resins

. Structures of polysaccharides and natural macromolecule origins

. Structures of other polymer origins (FW)

FA00
METHODS FOR FORMING POLYMERS

FA01

FA02

FA03

FA04

FA06

FA07

FA08

FA10

. Condensation reaction; reaction for elimination of low molecular substances

. . Condensation without hydrolysis, which covers silanol condensation

. . . Ester exchange reactions

. . . Formation of Si-Si bonds

. . Hydrolytic condensation, which covers conditions under neutral

. . . Acid hydrolytic condensation

. . . Base hydrolytic condensation

. Solvolysis with solvents other than water

FA11

FA12

FA13

FA14

FA15

FA16

FA17

FA18

FA19

FA20

. Type of molecules eliminated in condensation reaction

. . Water molecules (dehydrating condensation)

. . Alcohol molecules (dealcoholizing condensation)

. . Hydrogen molecules, H2 (dehydrogenating condensation)

. . Hydrogen halide, which covers dehydrochlorinating condensation

. . Halogen elements, which cover dechlorination condensation

. . Compounds containing nitrogen

. . Compounds containing Si

. . Compounds containing metals, which cover metal salts

. . Other substances than the above (FW)

FA21

FA22

FA23

FA25

FA26

FA27

FA28

FA29

. Addition reaction; reactions without elimination of low molecular weight substances

. . Hydrosilation reaction and hydrosilation

. . Michael addition (other than hydrosilation reaction)

. Reactions with cleavage and recombination of Si-O-Si bonds

. . Equilibrium methods

. . . Acid catalyst equilibrium

. . . Base catalyst equilibrium

. . Using cyclic siloxanes as raw materials, which covers Ring-opening polymerization

FA31

FA32

FA33

FA34

FA37

FA38

FA39

. Condition control

. . Temperature

. . Hydrogen-ion exponent (pH-value), which covers to use buffer agents or pH adjusters

. . Pressure

. Multi-step reactions; reactions are divided into two steps

. . Changing catalysts in reaction process

. . Changing conditions in reaction process, which covers pH-value or the like

FA41

FA42

FA43

FA44

FA45

FA46

FA47

FA50

. Solvents

. . Water

. . Organic solvents

. . . Alcohols

. . . Aromatics

. . Mixed solvents

. . Nonsolvents

. Tracing and monitoring of reactions

FA51

FA52

FA53

FA54

FA55

FA56

FA57

FA60

. Reaction under specific conditions

. . Emulsion polymerization and reactions in emulsion states

. . Grignard reactions

. . Reactions by radicals, peroxides

. . Ionic reactions, which cover cationic polymerization, anionic polymerization

. . Plasma polymerization

. . Electron beam irradiation, light irradiation, and energy ray irradiation

. Apparatus

FA61

FA62

FA63

FA64

FA65

FA66

FA68

FA69

FA70

. Sol-gel methods

. . By only silicon monomer raw materials

. . With silicon monomer raw materials and other reactive components

. . . With metal alkoxides

. . With silicon monomer raw materials and non-reactive components

. . Under the existence of functional materials

. Operation like in plants, which covers reuse systems of recovered substances

. . Batch polymerization

. . Continuous polymerization

FA71

FA72

FA73

FA75

FA76

FA77

FA78

FA79

FA80

. Order of formation

. . Viewpoints of BB and CA are simultaneously formed

. . Viewpoints of BB and EA are simultaneously formed

. Method for introducing Si atoms into CO8F system chains

. . At the initiation of addition polymerization; Using polymerization initiators containing Si

. . During addition polymerization; Using vinyl monomers containing Si

. . At termination of addition polymerization; using polymerization terminators containing Si

. . After addition polymerization; post-introduction into CO8F system polymers

. Other formation methods (FW)

FB00
REGULATORS NOT CONTAINING METAL, B, AND SI EXISTING IN REACTION SYSTEMS

FB01

FB03

FB04

FB05

FB07

FB08

FB09

FB10

. Elemental substances other than metal, B, and Si

. Inorganic acids

. . Sulfuric acids

. . Hydrochloric acids

. Organic acids

. . Carboxylic acids

. . Organic acids containing S, which cover sulfonic acids

. . Organic acids containing P, which cover phosphoric acids

FB13

FB14

FB17

FB18

FB19

FB20

. Inorganic acid esters

. . Phosphate esters, phosphite esters

. Organic acid esters

. . Carboxylic acid esters, which cover acid anhydrides

. . Organic acid esters containing S, which cover of sulfonic acids

. . Organic acid ester containing P, which cover of phosphonic acid

FB21

FB22

FB23

FB25

FB27

FB30

. Amines, which cover Ammonia

. . Tertiary amines

. . Heterocyclic compounds containing N

. Compounds containing both N atoms and P atoms

. Onium compounds, which cover N+, P+

. Other regulators (FW)

FC00
REGULATORS CONTAINING METAL, B, AND SI IN REACTION SYSTEMS

FC01

FC03

FC04

FC05

FC06

FC08

FC09

FC10

. Metal elements; Complexes and chelates, refers to FC11

. Metal oxides

. . Of alkaline (earth) metals

. Metal hydroxides

. . Of alkaline (earth) metals

. Metal salts

. . Of inorganic acids

. . Of organic acids

FC11

FC12

FC13

FC14

FC15

FC16

FC17

FC18

FC19

. Metal alkoxides, metal complexes, and metal chelates

. . Of the first to the second families (alkaline and alkaline earth)

. . Of the third to the eleventh families (transition elements)

. . . Ti

. . . Rh

. . . Pt, which covers Chloroplatinic acid, [PtCl6]2-

. . Of the twelfth to the sixteenth families

. . . Al

. . . Sn

FC21

FC22

FC23

FC25

FC26

FC28

FC29

FC30

. Metal halides

. . Al, which covers AlCl3, for Friedel-Crafts

. . Pt, which covers PtCl4

. Compounds containing B atoms

. . Complexes containing B atoms and coordinate compounds containing B atoms

. Compounds containing Si atoms; For terminal introduction, refers to FE12

. . Silanolate

. Other regulators (FW)

FD00
SPECIAL REGULATORS, NON-REACTIVE COMPONENTS IN REACTION SYSTEMS

FD01

FD02

FD03

FD05

FD06

FD07

FD08

FD09

FD10

. Heterogeneous catalysts, which cover Solid catalysts, ion-exchange resins

. Potential catalysts, regulators developing functions in midstream

. Reaction retarders, inhibitors, polymerization inhibitors

. Non-reactive additives

. . Emulsifiers and surfactants

. . Unspecified macromolecules

. . Fillers, which cover Fibers for reinforcing

. . . Silica

. Other special components (FW)

FE00
AFTER-TREATMENT

FE01

FE02

FE03

FE04

FE05

FE06

FE07

. Purpose of after-treatment

. . Recovery of polymers

. . Recovery of substances other than polymers, FE31- are also given

. . Refining and purification, which cover discoloration and deodorization; FE31- is also assigned

. . Molecular weight control and polymerization degree control

. . Drying, which covers removal of trace water

. . Polymer modification, which covers hydrophobization, stabilization

FE12

FE13

FE14

FE15

FE17

FE18

FE19

. . Termination of reaction, which covers Introduction of M units

. . . Using mono-functional monosilanes, which covers Cl-SiR3

. . . Use of disiloxanes and use of disilazanes

. . . Use of reaction inhibitors other than the above (FW)

. . Decomposition of polymers

. . . Pyrolysis

. . . Hydrolysis

FE21

FE22

FE23

FE24

FE25

FE26

FE27

. Means of after-treatment

. . Layer separation

. . Extraction

. . Adsorption

. . Distillation

. . Stripping

. . Neutralization, which covers Catalyst deactivation

FE31

FE32

FE33

FE34

FE35

FE36

FE37

FE40

. Substances removed and recovered by after-treatment

. . Catalysts, regulators

. . Eliminated molecules and by-product substances in condensation reaction processes

. . Solvents

. . Unreacted raw materials

. . Substances harmfully affecting physical properties

. . Substances other than the above (FW)

. Other after-treatments (FW)

GA00
QUALITY OF POLYMERS AND INTRINSIC VALUES OF POLYMERS

GA01

GA02

GA04

GA06

GA07

GA08

GA09

. Molecular weight, which covers Number average, weight average

. . Molecular weight distribution

. Viscosity

. Purity (defining contents of particular components)

. . Contents of cyclic compounds and contents of linear compounds

. . Contents of impurities and contents of unreacted raw materials

. . Moisture contents

GA11

GA12

GA13

GA20

. Existential quantity of particular functional groups or substructures

. . Contents of silanol groups

. . Existential quantity of M, T, D, and Q units

. Other intrinsic values (FW)

GB00
STATE OF POLYMERS, STATE IMMEDIATELY AFTER POLYMERIZATION

GB01

GB02

GB03

GB04

GB05

GB06

GB07

GB08

GB09

GB10

. Fluid state

. . Oil state

. . Paste state, which covers greases and compounds

. . Organic solutions, which cover vanish

. . Water solution

. . Dispersion state

. . . Sol state

. . . Emulsion, which covers latex

. . . . Oil in water type emulsion, O/W

. . . . Water in oil type emulsion, W/O

GB11

GB12

GB13

GB14

GB15

GB16

GB17

GB18

. Semi-solid state, solid state, which covers resin

. . Rubber state, which covers elastomers

. . Gel state

. . Glass state and glass-like

. . Silica state and silica-like

. . Ceramics

. . Foam state, which covers foam formed by gas

. . Porous state, which covers micropore formation by removing soluble ingredients

GB22

GB23

GB24

GB26

GB27

GB28

GB29

. . Organic-Inorganic complexes and hybrids

. . IPN (Interpenetration network)

. . Core-shell bodies

. . State chemical bonded (grafted) on the surface of inorganic bodies

. . . Chemical bonding to inorganic particles

. . Chemical bonding state on the surface of organic moldings

. . . Chemical bonding on organic substrates

GB31

GB32

GB33

GB40

. Shape

. . Granular state, fine particle state, powder state or fine particles

. . Membrane state, film state

. Other states (FW)

GC00
PROPERTIES OF POLYMERS AND PROPERTIES OF MOLDINGS FROM POLYMERS

GC01

GC02

GC03

GC04

GC06

GC07

GC08

GC09

GC10

. Mechanical properties

. . Improvement in impact resistance, cracking resistance, flexibility and toughness

. . Abrasion resistance and scratch resistance

. . Moldability

. Environmental properties

. . Storage stability, which covers Stability of emulsion

. . Weatherability and cold resistance

. . Antifouling properties

. . Antibiotic properties

GC11

GC12

GC13

GC15

GC16

GC17

GC18

. Properties on heat or flame, which covers Flammability

. . Heat resistance and thermo (oxidation) stability

. . Combustion resistance and flame retardance

. . Thermoplasticity

. . Thermo-setting properties, which covers room temperature curing properties

. . . Condensation curing properties

. . . Hydrosilation curing properties

GC21

GC22

GC23

GC24

GC25

GC26

GC30

. Optical properties

. . Light resistance and light (oxidation) stability, which cover radiation resistance

. . Optical transparency

. . Refractive properties and refractive index

. . Light absorbability, which covers UV light absorption and visible light absorption

. . Light curing properties, which covers electron beam curing properties

. Properties to living bodies and biocompatibility, which cover antithrombogenicity

GC31

GC32

GC33

GC36

GC37

GC38

GC39

. Properties to gases, which cover impermeability

. . Gas permeability and selective permeability

. . . Oxygen permeability, oxygen selectivity

. Properties to solids

. . Adhesion properties, adherablity

. . Releasing properties, which cover Mold releasing properties

. . Lubricating properties

GC41

GC42

GC43

GC44

GC45

GC46

GC47

GC48

GC49

. Properties to liquids

. . Emulsifying properties, which cover surface activity

. . Dispersibility

. . Water solubility

. . Solubility in organic solvents

. . Water resistance and hydrolysis resistant stability

. . Oil resistance and solvent resistance

. . Hydrophilicity

. . Lipophilicity, water-shedding properties and hydrophobicity

GC51

GC52

GC53

GC54

GC55

GC60

. Electric properties, which cover Arc resistance

. . Electric insulation

. . Dielectric properties; Permittivity

. . Antistatic properties, which cover Semiconductivity

. . Conductivity

. Other properties (FW)

GD00
MOLDING METHODS

GD01

GD02

GD03

GD04

GD05

GD06

GD08

GD09

GD10

. Specific molding means

. . Injection

. . Extrusion

. . Compression

. . Casting

. . Foaming, which covers foam production

. Film production, which covers coating

. Sintering, which covers conversion to inorganic materials, ceramics

. Other molding methods (FW)

HA00
APPLICATIONS OF POLYMERS AND MOLDED PRODUCTS THEREOF

HA01

HA02

HA03

HA04

HA05

HA06

HA08

HA09

HA10

. Machine components and mechanical materials

. . Gaskets and O-rings

. . Copiers, printers, and printing technology

. . . Roll components

. . . Toner and toner migration inhibiters, which cover printing ink

. . Motor vehicle members, which cover Tires

. . Action with gases, which covers Gas separation membranes and gas selecting transmissivity membranes

. . Action with heat, which covers heat insulating materials, heat conductive materials, and heat transfer mediums

. . Action with vibration, which covers damping materials and vibration absorbers

HA11

HA12

HA13

HA14

HA15

HA16

HA17

HA18

HA20

. Optical members and optical materials

. . Lenses, which cover for glasses, for intraocular, and for contacting

. . Optical disks

. . Optical communication members, optical fibers, and optical wave-guides

. . Photoresist materials

. . Photoconductive, charge transport, electrophotosensitive materials, and EL elements

. . Nonlinear optical materials

. . Color filters

. Materials for construction and civil engineering, which cover Cement modification; Sealing, refer to HA30

HA21

HA22

HA23

HA24

HA25

HA26

HA28

HA29

HA30

. Chemical products

. . Coating agents in general; having targets, refer to HA23

. . . Special purposes; Each HA is also assigned according to each purposes

. . . Paints for applying to specific surfaces

. . . . Hard coat materials, organic surfaces of plastics or the like

. . . . Surface coating agents, inorganic surfaces of fine particles, glass, or the like

. . Encapsuling agents, sealing agents and sealants

. . . Encapsulants for semiconductor and electronic members

. . . Sealants for construction, which cover windowpanes fixing, void filling and waterproofing

HA32

HA33

HA34

HA36

HA37

HA39

HA40

. . Binding agents, adhesives

. . Coupling agents

. . Fibers, fiber treating agents, sizing and sizing agents

. . Water repellants, which cover water and oil repellants

. . Lubricants, which cover lubricating oil and operating oil

. . Polishing agents, leather processing agents and car waxes

. . Binding agents and binders (for sintering)

HA42

HA43

HA44

HA45

HA46

HA48

. . Surfactants, emulsifiers, which cover detergents

. . Defoaming agents

. . Foam stabilizer, which covers for urethane foam production

. . General release agents, which cover mold release agents and internal release agents

. . Release agents for release papers

. . Liquid crystal materials and liquid crystal orientation film

HA52

HA53

HA56

HA57

HA58

HA59

. . Medical materials, which cover dental materials, medicines and agricultural chemicals

. . Cosmetics and personal care products

. . For raw materials of other substances and for blending with other substances

. . . Crosslinking agents, curing agents, and macromonomers

. . . Catalyst carriers

. . . Modification of resins, which covers for the purpose of UV absorption, antistatic, and the like

HA61

HA62

HA63

HA64

HA65

HA66

HA67

HA68

HA69

HA70

. Electric members and electronic members

. . Insulating materials, which cover insulating oil

. . . Insulation films and interlayer insulation films for semiconductors

. . . Wire-coating

. . Dielectric materials

. . Semiconductive materials and semiconductor materials; hermetic sealing, refers to HA29

. . Conductive materials

. . Macromolecular solid electrolyte

. . Wiring boards, electronic circuit boards, and printed circuit boards

. Other applications (FW)

4J246	Silicon polymers
	C08G77/00 -77/62