Some standard content:
ICS,29.020
National Standard of the People's Republic of China
GB/T2900.71996
TerminologyElectrotechnical terminologyElectrical carbon
1996-06-17 issued
1997-07-01 implemented
National Technical Supervision Bureau issued
GB/T2900.7—1996
Subject content and application specifications
Cited standards
--General terms
Material terms
Product name
Brush appearance and structure
Technical performance terms·
Acid test method terms.*
Product iron content terms
IO process and equipment terms
Chinese version
English reference
PAPRIHAITATA
National Standard of the People's Republic of China
New technology
Electrotrchnical 1 Subject content and scope of application GB/T 2900.7-1996 H3905.784 This standard defines the special nomenclature of electrical errbond products, including nomenclature, raw materials, product names, required appearance and structure, required performance, test methods, product defects and equipment. This standard is suitable for the preparation of electrical errbond materials, products and common standards, the preparation of technical documents, the compilation of detailed professional sub-brochures, or the printing of books for the use of personnel in the production, scientific research, use and teaching of electrical engineering. The terms defined in this standard are coordinated with the relevant parts of GB/T2900.1-225 Electrical Terminology Basics: This standard is used to determine the technical spectrum, and when necessary, it can be specified in relevant standards. 2 Reference Standards
GB/T200.1-92 Basic Terms of Electrical Engineering 3 General Terms
3.1 Graphite
A graphite of the element, composed of carbon atoms arranged in hexagonal carbon networks in the plane of the ring system, and the layers are stacked parallel to each other.
3-2 Hexagonal rapite
A thermodynamically stable graphite, whose layer structure is in the ABAB stacking order. 3.3 Hexadecene
A thermodynamically unstable graphite, whose layer structure is in the ABCA and C stacking order. 3.4 Carbon
A graphite material composed of carbon atoms in different shapes: regardless of its structural defects. 3.5 Non-kaphiccarbon materials, mainly composed of carbon fibers, which are arranged in a two-dimensional long-range orderly manner in regular hexagons. Except for some parallel stacking in the plane, there is no structural order in the vertical direction. 3.6 Graphitic materials, mainly composed of graphite, and 3.7 Polysystalline graphite materials, which have a limited number of uniform structures and are not selected based on the co-product structure. 38 Carbonmethic materials, mainly composed of parent materials and non-kaphiccarbon materials.
39 Manclithic carbon
Approved by the State Administration of Technical Supervision on June 17, 1996, and implemented on July 1, 1997
CB/T 2900.71996
Homogeneous materials are required, with uniform microscopic structure, and no distinguishable regions or areas can be seen under an optical microscope. 30 Amorphous carbon
Carbon materials with no long-range orderly arrangement, whose center-to-center atoms are arranged at any distance from the atoms in the center of the atom (including the atoms in the plane called the distance) less than 10.5.
3.11 All soils are composed of homogeneous elements, and natural and artificial materials with different or at least two-dimensional ordered layers of different elements.
3.12 Carbon products are products in the state of calcite, such as gold and quartz. 3.13 Electrical products made according to the requirements of gas characteristics, such as brushes for motors, graphite and gold screen, resistors, sand, etc.
3.14 Graphite products are various products made of graphite and quartz as raw materials. 3.15 Biader
Substance added to increase the mechanical properties of carbon blocks or to prevent segregation of powders, which is chemically modified or oxidized during briquetting, firing or curing to give the products the necessary physical and chemical properties. 3.16 Carbonaceous binder carbabincer
Adhesive with carbon as the main component, such as coal tar and tar. 3.17 Resin binder resinbirlur
Adhesive with synthetic resin as the main component, such as aldehyde resin, resin, epoxy resin, etc. 3.18 Additive
Substance added to carbon block products to improve the properties of the products, such as additives for enhancing the quality of carbon blocks, chemical agents, lubricants, etc.
3.19 Cooked powder
Powdered material made of carbon fiber after being calcined or roasted, and then processed with other materials. 3.20 Moaldung powder
Powdered material in a sweet and sturdy shape,
Paste
Material that is plastic within a certain temperature range after heating and mixing with raw materials, adhesives, etc. 3.22cat
Material that has not been heat-treated,
Raw pieces
3.23 Rough pieces
Rough pieces that have been heat-treated and are ready for processing. 3.24 Rough pieces that have been roughened or machined.
3. 25 Packing Material
Material for turning, bonding, sealing and protecting the normal and bad materials. 3-26 Insulation material
Anti-oxidation insulation material installed on the periphery of the furnace. 3-27 Resistor material reistorredanm
Auxiliary material for the resistor of the furnace core, CB/T 2900.7—1996
3-2B Core of grapkitixing fuace petrochemical furnace ten loaded with uniform products and materials.
3.29 liquefaction nruialin
the organic homogenate to a certain temperature, so that it is almost pure central carbon content of the material must be mentioned in the book section 4 main raw material terms
4.1 natural graphite mrgr-pli1e
refers to the mineral composed of carbonaceous materials, regardless of the completeness of its structure: 4.2 phenericgraphite
palm structure, the product grain size m, natural stone: its six-shaped vibration grid surface and the fine sheet surface parallel.
[synonym crytallinkrapile 4.3 iapharericgraphite
product diameter m 1 m, dense can not identify its natural crystal shape Graphite. Synonyms Amorphous graphite\imcirphwugrur:hite4.4 Artificial graphite
Non-carbonaceous material, graphite made by pyrolysis of stone. 4.5 Carbon coke
A non-carbonaceous material obtained by pyrolysis and baking of organic matter. 4.6 Etroleum coke
Carbon obtained by carbonizing high-boiling micro-oxides (elementary coke) obtained from petroleum, which is a general term for all specific petroleum coke products, fresh coke, condensed coke, and decomposed petroleum coke. 4. Alternate petroleum coke: Alternate petroleum coke
Carbon obtained by thermal decomposition in an inert kettle. 4.8 Delayed petroleum coke
Carbon obtained by treating residual oil with delayed decomposition. 4.9 Coal-fired furnace blue raalderivedpitch:kr Coke made by active combustion of coal alcohol: 4.10 Carbon-black:ark
Carbon black made by combustion of hydrocarbons (gas, liquid) as raw materials. 4.11 Praycarbon-bleck
Carbon black made by burning and cracking in the air under the condition of lean oil as raw material: 2 High wear-resistant carbon-hlack4.12
Carbon black made by using pressure carbon compound as raw material, spraying into the furnace under the condition of pressure, supplying the required gas: then fully open the combustion cracking potassium, and quickly cool and feel the good natural black with good wear performance, 4.13 Ethylenecarbon-black Carbon black made by using the blasting method, burning or arc method. 4.14 Carbon: -r: 1l
Carbon material made from wood
4.15 Arthracite
Deeply coalified by baking.
4.16 Alan
The product obtained by baking bituminous coal.
47 Baking tar
GB/T 290Q.7
The residue left after the evaporation of coal tar. 4.18 Low-temperature asphalt Inr tcmraturepitch softening point is 50℃~70℃.
Synonymous soft sufjite
4.15 Medium-source cyanamide
The melting point is about 90℃.
4.20 High temperature high temperature perature piteh softening point is 1mc～12mc.
Synonym hard pitch
Modified pitch
The softening point is 1mc～12mc. 4.22 Synthetic resinsynthe1ic:rrxinlResin made by artificial synthesis,
Synonym araificialtesin4.23
PhetulicIcsin
A general term for a class of resins formed by the polymerization of anhydrides and aldehydes. Usually refers to the environmental or ecological products obtained by the use of phenol or its homologues (such as methyl methyl phenol) and formaldehyde.
4-24 epoxy resin epoxyresin
A general term for resins containing epoxy groups (---). The main rings are cyano and anthracene (such as bis(A)) and other polyisocyanates
furantesin
a general term for thermosetting resins made from isocyanate or cyclopentane with an isocyanate ring. 4.26
futlurylalcoholresin
a kind of resin that has a spicy taste. Acid resin furfnralrerin
a kind of resin that is reduced by condensation of spiroaldehyde.
Furfurylkctane
A kind of powder made by the condensation of aldehyde and propylene.Silvetpnwder
A powder with a certain particle size and a certain purity made by melting metal. 4.30
Leadpowder:
A powder with a certain particle size and a certain purity made by melting metal by a spraying method.Radiation powder Tnpowder
A powder with a certain particle size and a certain purity made by melting metal by a spraying method. 4. 32
eapperpowder
A powder with a certain surface density, a certain particle size and a certain purity made by electrolysis or melt spraying. 5 Product name and terminology 5.1 Electric brush 5.1.1 Complete brush GR/T 2300.7-1996 Hard carbon brush rlThah
Made from non-carbon materials. Wide brush waruongzhitebru
Female brush made of a composite material of non-carbon and the highest quality stone 5.1.4 Natural graphite brush ralgrapisi+brm
Electrographitebrugh 5.1.5 Electric brush made from non-carbon materials and treated by petrochemical treatment. 5.1.6 Stone-based electroplating brushes Coke-baebh Electroplating brushes based on non-plastic materials Electroplating brushes based on coke-baebh ...
5.1.12 Resin-bonded rewin-lionded Lamps with resin as bonding
5.2 Carbon samples
5-2.1 Spectral analysis Carbon electrodes for optical latent analysis are made of low-ash carbon and plastic as the main materials and purified at low temperature. 5-2.2
Arcracron
A carbon electrode made of carbon material for producing light. Arc recording with the current-induced arc lamp of the film machine. Arc recording with the current-induced arc lamp of the plate making machine. 5.2.4
Arcracron carbon rods for the production of optical latent images. High color temperature photography with hglicolonrleinpratureais-rarrarhnn5.2.57
Used for film lighting or arc light selection. Ultraviolet type and H light type carbon rod uliravoletypeandualypearccarlon5-2.6
Used for rubber, plastic, paint and color soft and other people's chemical testing of strong light lamps. Ultraviolet type carbon city with a closed type of cooling light type non-time-locked weak light lamp: 5.2.7
Carbon Hui gas carbon arc-airgougingcarbor. Used for slope, planing, shovel source, etc., searchlight searchcarban
Used as a searchlight source.
5.2.9 Simulallsunlikharhen5
Think of the sunlight source effect electric
GB/T2900.7—1996
Also carbon carbanarelectricheatingabsorplionliguid5.2. 70
For electric and air-converter, etc.: 5-2.11 Carbon particles mourning iridiimgramulscarbon lock plate Xie warehouse with metal pins with equipment 5.2.12 Special precisioncastiagarbon month for fine purple washing smelting electrographite electrode. 5.2.13 Electroluminescent manganese carbon sample rlerrrilyric agir:rartan used for carbon core electrode of sugar dissolution. 5.2.4 Battery carbor forcell
Carbon electrocoagulation used for dry battery. 5.2-5 Welding rods are used to produce arcs for welding. 5.3 Carbon column 5-3-1 Electrode (electrical torque) A variable resistance in an automatic machine. 5.4 Mechanical carrier 5.4.1 Machine:Carbon products for mechanical engineering Carbon graphite materials used as structural parts in various machinery, including various bearings, rings, rings, compressor vanes and friction plates.
5.4.2 Resin in pregnated carbon products to mechanical engineering Machine mold products treated with synthetic resins 5.4.3
Methane fused cerbon products for mechanical engineering Carbon products for mechanical engineering Carbon products treated with fused cerbon materials with resistant metal alloys. 5.4.4
Carbon non-slip carban-grsphitevane
Carbon seals used in compressors, rotary engines, gasoline engines, printing presses and vacuum pumps. In your sealing ring crbongrphitecalingirig5.4.5
Carbon right-type chain extension components used to separate the rotating shaft through the body, 5.4.6 Carbon piston ring earbon-Rraphitepistanring is a sealing component for the piston on the reciprocating compressor. Stone flat rarbongrulibeuring
It has the characteristics of white, smooth, corrosion-resistant and tear-resistant. It is made of fuel-resistant materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearings made of fuel powder and wing powder as raw materials. 5.5 Contact
Carbon stone runs rb-graphite>a
Electrical connection accessories made of non-stone plastic pressed carbon and irregular induction: gold mesh ink contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold run and stone rate powder: 55.3 Tram carbon sliding solution: nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: Fiber
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 182. Mechanical products resin in pregnated catbon products tot mechanical engineering machinery products made by treating the body of the sheet with synthetic resin, 5.4.3. Mechanical products made of mctal mpiegnated cerbon products for tluamieail ungiueiting Mechanical products made of carbon materials are treated with fusible metal alloy with high resistance to corrosion. 5.4.4
Carbon non-slip carban-grsphitevane
Carbon seals used in compressors, rotary engines, gasoline engines, printing presses and vacuum pumps. In your sealing ring crbongrphitecalingirig5.4.5
Carbon right-type chain extension components used to separate the rotating shaft through the body, 5.4.6 Carbon piston ring earbon-Rraphitepistanring is a sealing component for the piston on the reciprocating compressor. Stone flat rarbongrulibeuring
It has the characteristics of white, smooth, corrosion-resistant and tear-resistant. It is made of fuel-resistant materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearings made of fuel powder and wing powder as raw materials. 5.5 Contact
Carbon stone runs rb-graphite>a
Electrical connection accessories made of non-stone plastic pressed carbon and irregular induction: gold mesh ink contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold run and stone rate powder: 55.3 Tram carbon sliding solution: nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: Fiber
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 182. Mechanical products resin in pregnated catbon products tot mechanical engineering machinery products made by treating the body of the sheet with synthetic resin, 5.4.3. Mechanical products made of mctal mpiegnated cerbon products for tluamieail ungiueiting Mechanical products made of carbon materials are treated with fusible metal alloy with high resistance to corrosion. 5.4.4
Carbon non-slip carban-grsphitevane
Carbon seals used in compressors, rotary engines, gasoline engines, printing presses and vacuum pumps. In your sealing ring crbongrphitecalingirig5.4.5
Carbon right-type chain extension components used to separate the rotating shaft through the body, 5.4.6 Carbon piston ring earbon-Rraphitepistanring is a sealing component for the piston on the reciprocating compressor. Stone flat rarbongrulibeuring
It has the characteristics of white, smooth, corrosion-resistant and tear-resistant. It is made of fuel-resistant materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearings made of fuel powder and wing powder as raw materials. 5.5 Contact
Carbon stone runs rb-graphite>a
Electrical connection accessories made of non-stone plastic pressed carbon and irregular induction: gold mesh ink contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold run and stone rate powder: 55.3 Tram carbon sliding solution: nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: Fiber
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 183
This kind of metal fused cerbon producty for tluamieail ungiueiting adopts resistant fusible metal alloy to treat carbon stone material and make carbon products for machinery. 5.4.4
Carbon non-slip carban-grsphitevane
Carbon seals used in compressors, rotary engines, gasoline engines, printing presses and vacuum pumps. In your sealing ring crbongrphitecalingirig5.4.5
Carbon right-type chain extension components used to separate the rotating shaft through the body, 5.4.6 Carbon piston ring earbon-Rraphitepistanring is a sealing component for the piston on the reciprocating compressor. Stone flat rarbongrulibeuring
It has the characteristics of white, smooth, corrosion-resistant and tear-resistant. It is made of fuel-resistant materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearings made of fuel powder and wing powder as raw materials. 5.5 Contact
Carbon stone runs rb-graphite>a
Electrical connection accessories made of non-stone plastic pressed carbon and irregular induction: gold mesh ink contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold run and stone rate powder: 55.3 Tram carbon sliding solution: nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: Fiber
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 183
This kind of metal fused cerbon producty for tluamieail ungiueiting adopts resistant fusible metal alloy to treat carbon stone material and make carbon products for machinery. 5.4.4
Carbon non-slip carban-grsphitevane
Carbon seals used in compressors, rotary engines, gasoline engines, printing presses and vacuum pumps. In your sealing ring crbongrphitecalingirig5.4.5
Carbon right-type chain extension components used to separate the rotating shaft through the body, 5.4.6 Carbon piston ring earbon-Rraphitepistanring is a sealing component for the piston on the reciprocating compressor. Stone flat rarbongrulibeuring
It has the characteristics of white, smooth, corrosion-resistant and tear-resistant. It is made of fuel-resistant materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearings made of fuel powder and wing powder as raw materials. 5.5 Contact
Carbon stone runs rb-graphite>a
Electrical connection accessories made of non-stone plastic pressed carbon and irregular induction: gold mesh ink contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold run and stone rate powder: 55.3 Tram carbon sliding solution: nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: FiberbzxZ.net
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 18Stone flat rarbongrulibeuring
With white, corrosion resistance and tear resistance, the bearing is made of inflammable materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearing made of inflammable powder and wing powder as raw materials. 5.5 Contact
Carbon stone rb-graphite>a
Electrical connection accessories made of non-plastic pressed carbon and irregular induction: metal-graphite contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold and stone powder: 55.3 Tram carbon sliding solution:nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: Fiber
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 18Stone flat rarbongrulibeuring
With white, corrosion resistance and tear resistance, the bearing is made of inflammable materials. Blue graphite bearing bmnze-Rraphitehearing5.4.8
Oil-containing bearing made of inflammable powder and wing powder as raw materials. 5.5 Contact
Carbon stone rb-graphite>a
Electrical connection accessories made of non-plastic pressed carbon and irregular induction: metal-graphite contact metal-graphitecontaetb-5-2
Electrical connection accessories made of gold and stone powder: 55.3 Tram carbon sliding solution:nrlmn rurrent1sllel:ialartrolieybAnchang In the electric shoe of the unmanned vehicle, an attached carbon contact forest that is electrically connected to the feeder circuit: 55-4 electric locomotive carbon oil plate carloneurtentcollectorfarailwey installed on the transformer substation of the electric locomotive, forming an electrical reverse connection with the switching line 6
CB/T2900.7-.-1996
5.5-5 cabonroerlorcrane
A rolling contact body used on straight-type cranes and semi-automatic cranes that guides electricity from one component to another. 5.5 pale sha
5.6.carbon granules
known as the voltage with the characteristics of sound change sensor can be used for ten low impurity particles 5.Special carbon stone type
5-/.1 artificial diamond stone xraphiteinrmakinysyncneticdiamond used to form gold with the same right.
Graphite (electrode) for spark machining Graphite (electrode) for EDM machining Graphite for EDM machining 5.7.3 Flexible kraphire
A kind of stone material with light weight, flexibility and lubricity obtained by special treatment. 5.7.4 Pyrolytic carbon
A kind of monolithic carbon material which volatilizes phosphorus and hydrogen at a temperature of 1K-2K and is deposited on the surface of materials such as metal, porcelain, etc. 5-7.5 Pyrolytic graphite Pyralytic graphite A monolithic stone material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemical heat treatment or slow hydrogenation of a material at a temperature above 100K and chemical gas deposition. 5.7.6 Fiber CrBor: Fiber
Narrow fiber material
5.7. Glassy woven carbon
Has a very high interfacial structure, and has a strong ability to resist liquids and gases. Its surface and surface are hard to be oxidized.
According to your auclear graphite
, it is used for atomic decomposition, and the absorption surface is less than this high purity five-dimensional, 5.7,9 new fossil state flLoriralrit giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 181. Synthetic diamond stone xraphiteinrmakinysyncneticdiamond used to form metal.
Graphite for spark machining (electrode) Graphite[hiteileetriculisehurgemamthainig artificial stone used in EDM machine, 5.7.3 Flexible kraphire
Specially suppressed stone material with light weight, softness, lubricity and other characteristics. 5.7.4 Pyrolytic carbon
Volatile phosphorus and hydrogen are deposited at a temperature of 1K-2K in the manufacturing of materials such as metallurgy, ceramics, etc.! 5-7.5 Pyralytic graphite A monolithic material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemically precipitating a material by heat treatment or slow hydrogenation at a temperature above 100K. 5.7.6 Fibers: Fibers with a high content of CrBOR. 5.7. Glassy carbon. It has a very high interfacial structure and is resistant to liquids and gases. Its surface and surface are refractory. 5.7,9 New fossil graphite. It is used for atomic decomposition and has a high purity of less than 5.7,9 New fossil graphite. giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 181. Synthetic diamond stone xraphiteinrmakinysyncneticdiamond used to form metal.
Graphite for spark machining (electrode) Graphite[hiteileetriculisehurgemamthainig artificial stone used in EDM machine, 5.7.3 Flexible kraphire
Specially suppressed stone material with light weight, softness, lubricity and other characteristics. 5.7.4 Pyrolytic carbon
Volatile phosphorus and hydrogen are deposited at a temperature of 1K-2K in the manufacturing of materials such as metallurgy, ceramics, etc.! 5-7.5 Pyralytic graphite A monolithic material with a high crystallographic orientation in the direction perpendicular to the substrate surface. It is obtained by chemically precipitating a material by heat treatment or slow hydrogenation at a temperature above 100K. 5.7.6 Fibers: Fibers with a high content of CrBOR. 5.7. Glassy carbon. It has a very high interfacial structure and is resistant to liquids and gases. Its surface and surface are refractory. 5.7,9 New fossil graphite. It is used for atomic decomposition and has a high purity of less than 5.7,9 New fossil graphite. giaahireH solid system compound obtained by direct reaction of various carbonaceous materials and single substances under high salt, 5.7.10/arhoncarboncompgice carbon fiber (or stone plastic fiber or its raw material and resistant carbon, sound carbon, thermal material composite material. Carbon/plastic composite material ta/lymernmpnni
teaching fiber or carbon tree powder and polymer composite material. 5.7.12 Precious/gold screen composite material carbnn/mctalcompogite fiber or carbon graphite powder and gold brush composite material. 5.7.13 Carbon/ceramic composite material L:arhn/reramiccompneiie carbon fiber or stone powder and ceramic composite material: 5-7.14 high purity highyuricygrapaitc artificial stone with a maximum content of 99.995%, 57.15 stone MhikhpurityRraphite The product is made of pure steel, forged in electric tubes, and has a very high temperature. The manufacture of semiconductors is used for preheating. The right rate model: 5.7.16 The name of the explosive film raphitesalerydisc installed in the gas pressure, hydraulic container or the road to the full protection stone accessories, 5.17 The effect of the plate itidiut gianulea carba ptate mountain competition material and various device additives are heated and mixed and then made into a cold sheet. As a negative batch and smelting wearer of electric heating source. Use ten smelting gold bags.
GE/T 2900.7..1996
5.7.1a Vacuum sugar film evaporation boat vacumcrtinghpat with Dingjin to obtain a high sugar film of carbon stone evaporation body. 6 The shape and structure of the brush terminology
6.1 Brush body
tangential 6.1.1 Tangential dimension See Figure 1 6-1.2 Axial dimension See Figure 2 6.1.3 Radial dimension See Figure 4 6.1.5 Centerline See Figure 4 6.1.6 Contact angle See Figure 6 6.1.7 Radial height See Figure 7 6.1.8 Reverse angle 6.1.9 Tail brush
tailing brush
pre-brush use
see Figure 10
1 heel angle
6.1.11 Positive angle to bend
see Figure 11
negative top bevel angle 6.1.12
see Figure 12
enrering edge
see Figure 13
6-1.14 Lenving edge
see Figure 14
contact surface
see Figure 15
cnntact aurface
GB/12900.7—1996
inclined joint bnvellel runecisurfacesee 16
radiused contact aurEacr
see 17
6.1.18 overview p
see figure 181a Vacuum sugar film evaporation boat vacumcrtinghpat using Dingjin to obtain the carbon stone evaporation body of sugar film. 6 Terminology of brush shape and structure
6.1 Brush body
tangential dimension
6.1.1 Tangential dimension
see Figure 1
6-1.2 Axial dimension
see Figure 2
6.1.3 Radial dimension
6.1.4 Charlat
see Figure 4
6.1.5 Center line
cencreline
GR/T 2900.7—1996
6.1.6 Contact angle
cuntactbeuel etigk
see Figure 6
6.1.7 Radial height
see Figure? 6.1.8 Forward tilting brush 6.1.9 Rear tilting brush Tailing brush See Figure 10 Height angle 6.1.11 Positive angle to bend See Figure 11 Negative top bevel angle 6.1.12 See Figure 12 Entry edge Entry edge See Figure 13 6-1.14 Lenving edge edgr
see Figure 14
contact surface
see Figure 15
cnntact surface
GB/12900.7—1996
inclined contact surfacebnvellel runecisurfacesee Figure 16
radiused contact surfaceEacr
see Figure 17
6.1.18top p
see Figure 181a Vacuum sugar film evaporation boat vacumcrtinghpat using Dingjin to obtain the carbon stone evaporation body of sugar film. 6 Terminology of brush shape and structure
6.1 Brush body
tangential dimension
6.1.1 Tangential dimension
see Figure 1
6-1.2 Axial dimension
see Figure 2
6.1.3 Radial dimension
6.1.4 Charlat
see Figure 4
6.1.5 Center line
cencreline
GR/T 2900.7—1996
6.1.6 Contact angle
cuntactbeuel etigk
see Figure 6
6.1.7 Radial height
see Figure? 6.1.8 Forward tilting brush 6.1.9 Rear tilting brush Tailing brush See Figure 10 Height angle 6.1.11 Positive angle to bend See Figure 11 Negative top bevel angle 6.1.12 See Figure 12 Entry edge Entry edge See Figure 13 6-1.14 Lenving edge edgr
see Figure 14
contact surface
see Figure 15
cnntact surface
GB/12900.7—1996
inclined contact surfacebnvellel runecisurfacesee Figure 16
radiused contact surfaceEacr
see Figure 17
6.1.18top p
see Figure 18
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