Examples of 'processing temperatures' in a sentence
Meaning of "processing temperatures"
Processing temperatures: This phrase refers to the range of temperatures at which a certain material or substance undergoes a specific manufacturing or chemical process. It is commonly used in scientific or technical contexts, particularly in fields such as chemistry, physics, or engineering, to discuss temperature-dependent processes and reactions
How to use "processing temperatures" in a sentence
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processing temperatures
Low processing temperatures reduce energy consumption.
Oxidation is also reduced by lower processing temperatures.
The processing temperatures are relatively high.
All thermoplastic materials have specific processing temperatures.
Processing temperatures may vary somewhat to accommodate different polymers.
Metals may demand even higher processing temperatures.
Low processing temperatures also help to reduce cycle time.
Low volatility within the range of polycarbonate processing temperatures.
High processing temperatures are complemented by increased rates of heat transfer.
Acceptable adhesive materials must withstand subsequent processing temperatures.
Various processing temperatures were tested.
Particle diameter and polydispersity for various processing temperatures.
A wide range of processing temperatures may be used to apply this layer.
Specifically formulated to maintain thermal stability at high processing temperatures.
This is due to the processing temperatures associated with these binders.
See also
These crystals may have caramelized because processing temperatures are clos.
Processing temperatures may vary depending upon process parameters chosen.
Each extruder incorporates six temperature controllers to control processing temperatures.
The processing temperatures and devices are well known in the art.
Those skilled in the art can readily determine suitable processing temperatures.
These processing temperatures are known to the person skilled in the art.
The presence of thermally expandable microspheres allows for a reduction in processing temperatures.
Processing temperatures may vary depending upon other processing parameters chosen.
The presence of reversible hydrogen bonds allows for a reduction in processing temperatures.
Able to withstand the processing temperatures of the product without tearing or cracking.
The key is finding a compatibilizer that can withstand high processing temperatures repeatedly.
Using lower processing temperatures can save processing energy and time.
The disadvantage of these barrier polymers lies in their relatively low processing temperatures.
Water is optionally heated to processing temperatures prior to the addition of the plant matter.
Processing temperatures and pressures can be optimized for the specific equipment used.
Polycarbonate requires relatively high processing temperatures and pressures for effective molding.
The melting points of these dyes are close to the mixing and processing temperatures.
The lower than normal processing temperatures herein minimize formation of undesirable materials.
The bulk density decreased with higher moisture content and correspondingly lower processing temperatures.
It is important to help keep processing temperatures below the activation temperature of the material.
Ethylene vinyl acetate has low toxicity and grades are available that have low processing temperatures.
The lower than normal processing temperatures wherein minimize formation of undesirable materials.
The deposition of such thin photoactive layers requires high processing temperatures to achieve high efficiencies.
At these higher processing temperatures untreated native starch would often start to slightly decompose.
Removing the wafer from the plasma region allows processing temperatures down to room temperature.
Processing temperatures may follow an extruder profile similar to the following,.
Melt casting techniques can require high processing temperatures as they generally include a meltable binder.
This method keeps the same cycle time but saves energy by using lower processing temperatures.
Plasticized polylactide Rheometer measurements Processing temperatures were sought by means of rheometric measurements.
Complete coalescence is a slow process, particularly at low processing temperatures.
Furthermore, the processing temperatures used to make the stick can be reduced.
Another disadvantage associated with the prior art teachings relates to processing temperatures and polymer composition.
It withstands processing temperatures and pressures, and demonstrates good resolution and repeatability of measurements.
Certain other available additives remain solid at normal polypropylene processing temperatures and thus complicate processing.
However, high processing temperatures are needed to dissolve the gellants and prevent premature gelling.
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Examples of using Processing
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Timely processing of travel requests and arrangements
Number of objects whose processing resulted in an error
Processing times of applications on grounds of family ties
