Product Description
10.2 The Relationship of Pressure and Temperature on the Amount and Type of Cavitation
10.3 Formulation, Preparation and Properties of Waxes For Wax Patterns
10.4 Some Notes on Waxes for Investment Casting (ICI Technical Activities Committee Report)
10.7 Quality Control In Wax Assemblies - ICI Technical Seminar
10.13 Soluble Wax Cores in the Wax Department
10.14 Wax Pattern Dimensional Variation in Automatic Injection Machines
10.15 Standardized Wax Testing Die
10.17 Development of non-shrinking wax and machinery for its use
10.23 Reclaiming pattern waxes
10.30 Reclamation/reconstitution of wax
10.31 Comparioson of new Cerita formulation
10.33 Wax reclamation
10.36 Water-Soluble Sand Cores for Investment Casting
10.39 Revolution in Pattern Wax
10.40 The Effects of Fillers on the Physical Properties of Investment Casting Waxes
10.41 Wax, Wax Assembly and Shell - The Elements of Efficient Dewax
10.42 Analysis of the Implementation of a Process for Wax Recycling
10.44 The Effect of Fillers on the Physical Properties of Investment Casting Waxes
10.48 Liquid Forming of crystaline Pattern Material for Investment Casting
10.49 HSC - Milled Wax Patterns
10.52 DIMENSIONAL ISSUES WITH INVESTMENT CASING PATTEERS MADE BY STEREOLITHOGRAPHY
10.57 THERMAL EXPANSION OF INVESTMENT CASTING PATTERN WAX
10.58 DETERMINING WAX PATTERN DIMENSIONS IN INVESTMENT CASTING USING VIOSCOELASTIC MODELS
10.59 An Overview of the Rheology of Investment Casting Waxes
10.60 SIGNIFICANT PRODUCTIVITY IMPROVEMENTS FROM SOLID WAX INJECTION TECHNOLOGY AND ACCOMPANYING AUTOMATION
10.62 WAX CHARACTERIZATION
10.63 WAX TERMPERATURE CONTROL AND ITS EFFECTS ON YOUR CASTING THROUGHPUT
10.64 Casting Applications For Reclaimable Polymorphic FillerS
10.66 TESTS FOR DETERMINING VISCOELASTIC PROPERTIES OF INVESTMENT CASTING WAXES
10.74 The Next Generation Pattern Material
10.75 Improvements in the Wax Room: Soluble Wax
10.77 Water Soluble Cores for Investment Castings
10.79 Profits through Education
10.81 Foundry Case Study: Using an Advanced Pattern Material, FOPAT in Place of Wax
10.83 Characterization of Low Density Polymer Pattern for Large Steel Investment Casting
10.90 Water Soluble Cores for Aluminum Investment Castings
10.93 Update on Non-Filled Pattern Wax
10.96 Process Improvement in the Wax Room with SOLUCORE Plus J23 Soluble Core Wax
10.97 Next Generation Patterns
10.98 Investigating the Impact of Phase Change Direction on the Properties of Investment Casting Wax
10.99 Innovative Wax Design to Meet the Challenges Within the Investment Casting Industry
