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《3D打印-光敏树脂材料制造工艺配方精选》



         光敏树脂,俗称紫外线固化无影胶,或UV树脂(胶),主要由聚合物单体与预聚体组成,其中加有光(紫外光)引发剂,或称为光敏剂。在一定波长的紫外光(250~300nm) 照射下便会立刻引起聚合反应,完成固态化转换。

         光敏树脂指用于光固化快速成型的材料为液态光固化树脂,或称液态光敏树脂,主要由齐聚物、光引发剂、稀释剂组成。近两年,光敏树脂正被用于3D打印新兴行业,因为其优秀的特性而受到行业青睐与重视。


         本篇是为了配合国家产业政策向广大企业、科研院校提供光敏树脂技术制造工艺配方汇编技术资料。资料中每个项目包含了最详细的技术制造资料,现有技术问题及解决方案、产品生产工艺、配方、产品性能测试,对比分析。资料信息量大,实用性强,是从事新产品开发、参与市场竞争的必备工具。


         本篇系列汇编资料分为为精装合订本和光盘版,内容相同,用户可根据自己需求购买。


《DiamondInnovations超硬磨具制造工艺配方专集》

《DiamondInnovations超硬磨具制造工艺配方专集》

DiamondInnovations具有丰富的历史,是世界领先的超硬材料产品制造商,产品应用在各种材料去除领域。DiamondInnovations的前身为GE超硬磨料事业部,1955年研制成功了人造金刚石,成为第一个大批量生产研磨碳化钨的人造金刚石制造商。通过持续不断的技术创新,DiamondInnovations成为世界领先的人造金刚石、立方氮化硼和聚晶产品制造商。

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DiamondInnovations具有丰富的历史,是世界领先的超硬材料产品制造商,产品应用在各种材料去除领域。DiamondInnovations的前身为GE超硬磨料事业部,1955年研制成功了人造金刚石,成为第一个大批量生产研磨碳化钨的人造金刚石制造商。通过持续不断的技术创新,DiamondInnovations成为世界领先的人造金刚石、立方氮化硼和聚晶产品制造商。

1    PCBN Compact For Machining Of Ferrous Alloys
2    Polycrystalline Diamond Cutter With Integral Polycrystalline Diamond Lined Passage
3    Polycrystalline Diamond Compacts Having Interstitial Diamond Grains And Methods Of Making The Same
4    Near Net Shape Polycrystalline Diamond Cutters And Methods Of Making Thereof
5    Polycrystalline Diamond Cutters Having Non-catalytic Material Addition And Methods Of Making The Same
6    Polycrystalline Diamond Compacts And Earth-boring Tools Including Such Compacts
7    Polycrystalline Diamond Cutting Elements Having Lead Or Lead Alloy Additions
8    Polycrystalline Diamond Cutters Having Non-catalytic Material Addition And Methods Of Making The Same
9    PCBN Sintered Compact
10    Radial Tool With Superhard Cutting Surface
11    Abrasive Tool Having A Braze Joint With Insoluble Particles
12    Substrates For Polycrystalline Diamond Cutters With Unique Properties
13    Polycrystalline Diamond Cutting Elements With Modified Catalyst Depleted Portions And Methods Of Making The Same
14    Polycrystalline Diamond Compacts Having Parting Compound And Methods Of Making The Same
15    Multilayer Coating Process Protecting The Substrate Of Thermally Stable Polycrystalline Diamond Cutter
16    Modification Of Diamond Feeds For Improving Polycrystalline Diamond Cutter
17    Cutting Tool Insert With Molded Insert Body
18    Cutter Assembly With At Least One Island And A Method Of Manufacturing A Cutter Assembly
19    Polycrystalline Diamond Cutting Elements Having Non-catalyst Material Additions
20    Reinforced Thermally Stable Polycrystalline Diamond Cutter
21    Sintered Superhard Compact For Cutting Tool Applications And Method Of Its Production
22    Polycrystalline Diamond Compact Fabricated From Surface Functionalized Diamond Particles
23    Cutting Tools Made From Stress Free Cbn Composite Material And Method Of Production
24    Sintered Cubic Boron Nitride Cutting Tool
25    PDC Cutter With Chemical Addition For Enhanced Abrasion Resistance
26    High Strength Diamond-sic Compacts And Method Of Making Same
27    Polycrystalline Diamond Compact With Enhanced Thermal Stability
28    Reinforced Thermally Stable Polycrystalline Diamond Cutter
29    Method Of Producing Holes And Countersinks In Polycrystalline Bodies
30    Polycrystalline Diamond Compact Coated With High Abrasion Resistance Diamond Layers
31    Infiltration Compositions For Pcd By Using Coated Carbide Substrates
32    Granite Slabs Cut With Frame Saw Employing Blades With Diamond-containing Segments And Method Of Cutting Thereof
33    Cutter Assembly With At Least One Island And A Method Of Manufacturing A Cutter Assembly
34    A Method Of Manufacturing A Cutting Insert
35    Cutter Assembly With At Least One Island And A Method Of Manufacturing A Cutter Assembly
36    Abrasive Compact Of Superhard Material And Chromium And Cutting Element Including Same
37    Sintered Cubic Boron Nitride Cutting Tool
38    Diamond Tool Inserts Pre-fixed With Braze Alloys And Methods To Manufacture Thereof.
39    Polycrystalline Diamond Tools And Method Of Making Thereof
40    Braze-metal Coated Articles And Process For Making Same
41    Polycrystalline Diamond Compact With A Modified Substrate
42    Polycrystalline Diamond Compact With Enhanced Thermal Stability
43    Thick Thermal Barrier Coating For Super-abrasive Tool
44    High Strength Diamond-sic Compacts And Method Of Making Same
45    Providing A Catlyst Free Diamond Layer On Drilling Cutters
46    System And Method For Cutting Granite Or Similar Materials
47    Grinding Wheel For Roll Grinding Application And Method Of Roll Grinding Thereof
48    Abrasive Particle Tool With Precisely Controlled Arrangement Of Abrasive Particle And Method For Fabrication
49    Sintered Polycrystalline Diamond Material With Extremely Fine Microstructures
50    Polycrystalline Diamond Material With Extremely Fine Microstructures
51    Diamond Tool Inserts Pre-fixed With Braze Alloys And Methods To Manufacture Thereof
52    Self Sharpening Polycrystalline Diamond Compact With High Impact Resistance
53    High Pressure Production Of Perovskites And Resulting Products
54    Frame Saw For Cutting Granite And Method To Improve Performance Of Frame Saw For Cutting Granite
55    Abrasive Tool Inserts With Diminished Residual Tensile Stresses And Their Production
56    Functionally Graded Coatings For Abrasive Particles And Use Thereof In Vitreous Matrix Composites
57    Functionalized Diamond, Methods For Producing Same, Abrasive Composites And Abrasive Tools Comprising Functionalized Diamonds
58    Polycrystalline Diamond Compact Cutter With Interface
59    Polycrystalline Cutter Element With Specific Interface
60    Polycrystalline Diamond Compact (PDC) Cutter With Improved Cutting Capability
61    Cutting Tools With Two-slope Profile
62    Polycrystalline Diamond Cutters With Enhanced Resistance
63    Abrasive Tool Inserts And Their Production
64    Polycrystalline Diamond Compact Cutter With Reduced Failure During Brazing
65    Cutting Tool Inserts And Methods To Manufacture
66    Frame Saw For Cutting Granite And Method To Improve Performance Of Frame Saw For Cutting Granite
67    A Cell And Method For Forming A Composite Hard Material And Composite Hard Materials Formed Thereby