There has been little reported on the strength of phosphate-bonded investments, and in particular the role of 'special liquids' in this context is poorly understood. Using a novel test design, sequential testing of an investment diaphragm using a variable casting metal mass, a measure of the effect of 'special liquid' on strength under actual casting conditions has been obtained. The use of special liquid was found to increase substantially the strength of the four products tested. This test may provide more useful data than the conventional compressive strength test, which may give misleading information, especially if performed at room temperature. © 1991.link_to_subscribed_fulltex
High temperature compressive strength is one of the most important performances of resin sand; its v...
A novel apparatus for solidification research has been developed which utilises a modified tensile t...
Casting investments are used by mixing a powder and liquid, and there is a risk of fine powder inhal...
Objective: The high-temperature strength behaviour of dental phosphate-bonded investments is not cle...
The setting expansion is an important property for a phosphate-bonded investment material. This rese...
Objective. To investigate the variation of the strength of gypsum-bonded dental investments with bur...
evaluate the influence of varying the water/powder ratio on the compressive strength of type IV mine...
The properties of several different investments were investigated including phosphate bonded, magnes...
The Casting-Ring Test has the potential to fulfil the requirement for a reliable ‘Standard’ test to ...
Ceramic casting moulds strength is an important factor, which influences the quality and properties ...
Background: The purpose of this study was to determine the effect of water on the tensile strength o...
This study analyzed the reaction layer and measured the marginal crown fit of cast titanium applied ...
The later stage of metal solidification is a dangerous period for hot crack generation. Investigatin...
Although silica is the most popular refractory material, it is known that inhaled silica powder can ...
Compressive strength of cement-bonded and molasses added molds; 1) at room temperature, 2) at high t...
High temperature compressive strength is one of the most important performances of resin sand; its v...
A novel apparatus for solidification research has been developed which utilises a modified tensile t...
Casting investments are used by mixing a powder and liquid, and there is a risk of fine powder inhal...
Objective: The high-temperature strength behaviour of dental phosphate-bonded investments is not cle...
The setting expansion is an important property for a phosphate-bonded investment material. This rese...
Objective. To investigate the variation of the strength of gypsum-bonded dental investments with bur...
evaluate the influence of varying the water/powder ratio on the compressive strength of type IV mine...
The properties of several different investments were investigated including phosphate bonded, magnes...
The Casting-Ring Test has the potential to fulfil the requirement for a reliable ‘Standard’ test to ...
Ceramic casting moulds strength is an important factor, which influences the quality and properties ...
Background: The purpose of this study was to determine the effect of water on the tensile strength o...
This study analyzed the reaction layer and measured the marginal crown fit of cast titanium applied ...
The later stage of metal solidification is a dangerous period for hot crack generation. Investigatin...
Although silica is the most popular refractory material, it is known that inhaled silica powder can ...
Compressive strength of cement-bonded and molasses added molds; 1) at room temperature, 2) at high t...
High temperature compressive strength is one of the most important performances of resin sand; its v...
A novel apparatus for solidification research has been developed which utilises a modified tensile t...
Casting investments are used by mixing a powder and liquid, and there is a risk of fine powder inhal...