a0502、消失模涂料配制(Preparation of a0502 and EPC coating)
a0502、消失模涂料配制(Preparation of a0502 and EPC coating)
Preparation of A0502 and EPC coating
1.[200810015774] production technology of water base paint for EPC
A method for producing special water-based coating disappeared, its composition: soil shaped graphite powder, flake graphite, bentonite, carboxymethyl cellulose, emulsion, corn starch, dextrin, BY binder. Composition: soil shaped graphite flake graphite powder 50%, 50% and 5 of bentonite and - 10%, 3 - 5%, carboxymethyl cellulose emulsion 1.5 - 3%, 3 - 5% corn starch, dextrin 3 - 5%, 2 - 3% BY binder. It solves the problem of EPC coatings commonly used easily lead to casting is easy to deformation and cracking and delamination, the surface is not smooth, sticky sand, and sand is difficult to remove, affecting the quality of castings, suitable in casting production using epc.
2.[200610020214] lost foam mold and sand casting water base coating composite powder additive
This information discloses casting water-based paint composite powder additive for die and mould, which is composed of eight kinds of raw materials cooked fern potato powder, sodium carboxymethyl cellulose, calcium bentonite, sodium carbonate, sodium chloride, Magnesium Sulfate, medical disinfecting powder, ice powder according to a certain weight percentage of mixing crushed. This kind of compound additives and all foundry refractory filler powder prepared to expect a one-time water-based coating slurry has good performance and use
performance, simple preparation process, long period precipitation and fermentation, no air bubbles, smooth, paint prepared by casting sand powder easily, the environmental protection, non-toxic, harmless, low cost, safe and convenient use, storage and transportation.
3.[200510038287] improved water base coating for expendable pattern
This information is used in the improvement of EPC coating of EPC, especially relates to maintain the original performance of coatings, when casting high permeability of EPC with water-based paint, which is characterized in that there are 0.1 1.0%WT in the coating (by refractory meter) with short fiber machine. In the casting process, organic short fiber first coating layer in the gasification, resulting in coating layer thickness on the left a large number of bee holes used to pass the micro porosity, permeability can be cold increased more than 1 times, so lost large amounts of gas produced by gasification mode can pass through the coating on a large number of micro fine bee holes discharged, so as to avoid because of the permeability of casting defects is not enough to bring.
4.[02100867] water-based paint for lost foam casting
5.[02110682] magnesium alloy lost foam casting flame retardant coating and its preparation method
6.[01142612] adsorption aluminum alloy coating for lost foam casting and its preparation method
7.[97109068] coating for lost foam casting
Research and application of EPC coating for 8. cast iron
Effect of 9. jute fiber on the permeability and strength of EPC coating
Application of 10. EPC coating on medium sized iron castings
11. a special coating for lost foam casting
Study on technological properties and easy peeling of 12. water base bauxite lost foam coating
Development of 13. multifunctional coating tester for lost foam casting
Development of 14. camshaft lost foam casting coating
Composition and preparation of 15. EPC coating
Preliminary study on peeling off of 16. EPC coating
Development of alcohol base coating for lost foam casting of 17. aluminum alloy parts
Effect of 18. different refractory fillers on properties of EPC coating
Study on permeability of EPC coating in 19.
Research progress of lost foam casting coating for 20. magnesium alloy
Effect of wettability of 21. EPC coating on carbon defects in castings
Effect of 22.PVAc on strength properties of EPC water base coatings
23. overview of EPC coating
24. magnesium alloy lost foam casting flame retardant coating and its preparation method
Study on rheological properties of 25. EPC water base coatings
Study on 26. EPC coating
27. lost foam casting process and coating
Permeability of 28. EPC coating and its improvement method
Research and application of a new composite powder additive for EPC 29. water-based coating -- Guilin 5
30. Potassium Permanganate in the coating application of EPC Casting
31. improved water base coating for lost foam casting
Thirty-two
Study on water based coating of brown corundum powder and talc powder in Lost Foam Casting
Experimental study of EPC coatings for water-based high chrome corundum 33. cast steel
34. some understanding of coating for EPC
35. expendable pattern lithium oxide slag iron castings water base coating
Development of 36. water base coating for EPC Process
Effect of xanthan gum 37. on properties of EPC coating
Study on testing methods of permeability and strength of EPC coating for 38.
Development of 39. EPC coating
Water base alcohol based coatings for expendable pattern cast iron 40.
Development of EPC coating for 41. cast steel
Application of 42. spodumene and other new materials in EPC coating for cast iron
43. coating for lost foam casting
Experimental study on super fine powder coating for lost foam casting 44.
45. fiber reinforced coating for lost foam casting
46. sand mold and lost foam coating and its coating method
Development and application of 47. EPC coating
Development of alcohol base coating for 48. EPC iron castings
Development and application of EPC coating for 49. cast steel
Effect of 50. attapulgite clay on rheological properties of EPC coating
Research progress of testing methods for coating properties of 51. EPC Process
Experimental study on effect of 52. binder on properties of EPC coating
Effect of 53. EPC coating on the transmission properties of EPS cracking products
Experimental study on permeability of 54. EPC coating
Development and application of camshaft coating for lost foam casting 55.
Development of water based coating for EPC of 56. carbon steel
parts
Development of alcohol base coating for EPC of 57. high manganese steel parts
Study on water based coatings for high manganese steel castings by 58. EPC Process
Development of water base coating for EPC cast iron castings 59.
Development of water based coating for EPC of 60. cast iron
Development of 61. high temperature performance tester for EPC coating
Effect of 62. attapulgite clay on thixotropy of EPC coating
Development of 63. EPC coating
Development and application of 64. lost foam casting coating
Effect of 65. fibrous wollastonite on the properties of EPC coating
Application of 66. manipulator in lost foam casting model coating
Study on coating for lost foam casting 67.
Study on high temperature permeability of 68. EPC coating
Effect of 69. temperature on air permeability of EPC coating
Study on the permeability of 70. EPC coating
Analysis and research of 71. EPC coating
72. a new test method for coating performance of EPC
Study on the strength of 73. EPC coating
Field control and test method of coating thickness for 74. EPC
Development of water based coating for EPC of 75. high manganese steel
Rheological behavior of EPC coating for 76. aluminum alloy
Study on coating behavior of 77. aluminum alloy in Lost Foam Casting
Research and application of water base coating for lost foam casting of 78. high manganese steel casting
Study on high temperature permeability of 79. EPC coating
Review of research on permeability of EPC coating in 80.
Research status and development of performance test of EPC coating 81.
Development of 82. water based EPC coating
Study on process performance of 83. EPC coating
84. coating for lost foam casting
Research status and development of EPC coating 85.
Influence of 86. aggregate composition on permeability of EPC coating and its determination
Study on strength and permeability of EPC coating 87.
Development and application of 88. cast iron coating for lost foam casting
89.[200810197390] aluminum alloy or magnesium alloy lost foam casting pressure solidification method and device
Composite modification treatment of mg Al Mg alloy by lost foam casting 90.[200310109068]
91.[02290610] aluminum alloy and counter gravity vacuum expendable pattern casting equipment
Counter gravity vacuum expendable pattern casting method and equipment for 92.[02115638] magnesium and aluminum alloys
Research on lost foam casting process of 93. aluminum alloy engine block
Design of foaming mould for 94. aluminum alloy four cylinder engine block
Application of lost foam casting technology for water-cooled double exhaust pipe of 95. aluminum alloy engine
Analysis of common defects in 96. aluminum alloy lost foam casting
Effect of 97. pressure field on properties of ZL101 aluminum alloy in Lost Foam Casting
X ray observation on filling process of 98. aluminum alloy in Lost Foam Casting
Study on Microstructure and mechanical properties of Al Si alloy by 99. lost foam casting process
One hundred
Study on solidification mode of Al Si alloy in dry sand EPC Process
Study on technological parameters of EPC process for 101. aluminum alloy
Experimental study on three unit gating system for 102. aluminum alloy lost foam casting
Effect of cooling ability of 103. molding sand on Microstructure and properties of aluminum alloy lost foam
casting
104. production technology of lost foam casting sixth lecture: Lost Foam Casting Process of aluminum alloy intake pipe for automobile
Rapid manufacturing of 105. aluminum alloy lost foam die
Study on aging process of aluminum alloy for 106. expendable pattern die
Experimental research on casting system of aluminum alloy casting for 107. lost foam casting
Effect of 108.Al5TiB on Microstructure and mechanical properties of B319 aluminum alloy produced by Lost Foam Casting
Production of aluminum intake pipe for 6 cylinder engine by 109. lost foam method
Filling characteristics of 110. aluminum alloy lost foam casting by vacuum low pressure casting
Effect of 111. strontium on copper phase in B319 aluminum alloy by Lost Foam Casting
Rapid prototyping of 112. complex shape alumina ceramics by EPC
Effect of 113.Mn on Fe phase of B319 aluminum alloy by Lost Foam Casting
Effect of 114.RE and Al5TiB on Microstructure of B319 aluminum alloy by EPC Process
Effect of 115. coating on porosity of aluminum alloy castings with lost foam casting
Effect of 116. coating sorption on porosity of aluminum casting in Lost Foam Casting
Effect of heat transfer characteristics of 117. pyrolysis products on pinhole of aluminum foam castings
Study on filling velocity of molten aluminum in 118. expendable pattern casting
Influence of 119. technological factors on pinhole of cast aluminum parts in dry sand lost foam casting
Effect of 120. pressurization on aluminum alloy lost foam casting
Research on pinhole formation mechanism of aluminum alloy 121. lost foam casting
Research status and Prospect of mass transfer in 122. aluminum alloy dry sand EPC Process
Study on pinhole of EPC process for 123. aluminum alloy
Numerical simulation of flow field and temperature field in mold filling process of 124. aluminum alloy
Numerical calculation of influence of 125. vanishing pattern on liquid flow rate and gap pressure of aluminum alloy
Theoretical analysis of filling ability of 126. dry sand EPC casting aluminum alloy and its coating performance...
Study on the influence of 127. coating properties on the filling ability of aluminum alloy in dry sand EPC Process
128.CN201110003901. a lost foam casting process
Technology of double liquid and bimetal composite wear resistant liner for 129.CN201110000899. lost foam casting
130.CN201010613790. a lost foam paste coating for cast steel
Vibration casting compact casting method using high performance coating for lost foam casting of
131.CN201010241721.
132.CN201010105706. a lost foam casting iron coating for preventing carbon defects and its preparation method
133.CN200910201484. energy saving EPC coating for casting
134.CN200920288829. a coating performance testing device for EPC Process
Formulation and manufacturing process of EPC coating for 135.CN200910233071. automobile hub
136.CN200920176674. food grade coating socket type expendable pattern pipe fittings
137.CN200910168424. polystyrene foam coating for lost foam casting
138.CN200910023303. a cast aluminum coating for lost foam casting of fly ash and preparation method thereof
139.CN200910016039. EPC coating for cast iron
Water base coating for 140.CN200910016040. EPC steel casting
141.CN200910014567. a lost foam coating and its manufacturing method
Preparation method of high temperature resistant coating for 142.CN200910024498. expendable pattern
143.CN200810236430. pyrophyllites lost foam casting coating and preparation method thereof
144.CN200810236705. a powder coating for lost foam casting of cast iron
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