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Heat-resistant

The highly stable and heat-resistant Silicone oils are very satisfsu tory. Midlsind Silicone or Dow-Coming fluid 650 or 600 (or the equivalent I.C.I. product) is recommended. Their only drawback is their high cost. [Pg.78]

Organosilicon polymers. Silicon resembles carbon in certain respects and attempts have been made to prepare polymers combining carbon and silicon units in the molecule with the object of increasing the heat resistance of polymers. It has been found that the hydrolysis of a dialkyl-dichlorosilicane or an alkyltrichlorosilicane, or a mixture of the two, leads to polymers (Silicones), both solid and liquid, which possess great thermal stability. Thus dimethyldichlorosilicane (I) is rapidly converted by water into the silicol (II), which immediately loses water to give a silicone oil of the type (III) ... [Pg.1020]

It is used in certain nickel-based alloys, such as the "Hastelloys(R)" which are heat-resistant and corrosion-resistant to chemical solutions. Molybdenum oxidizes at elevated temperatures. The metal has found recent application as electrodes for electrically heated glass furnaces and foreheaths. The metal is also used in nuclear energy applications and for missile and aircraft parts. Molybdenum is valuable as a catalyst in the refining of petroleum. It has found applications as a filament material in electronic and electrical applications. Molybdenum is an... [Pg.78]

Nylon 6 and 6/6 possess the maximum stiffness, strength, and heat resistance of all the types of nylon. Type 6/6 has a higher melt temperature, whereas type 6 has a higher impact resistance and better processibility. At a sacrifice in stiffness and heat resistance, the higher analogs of nylon are useful primarily for improved chemical resistance in certain environments (acids, bases, and zinc chloride solutions) and for lower moisture absorption. [Pg.1018]

Phenyl groups impart resistance to temperature variations, flexibility under heat, resistance to abrasion, and compatibility with organic products. [Pg.1023]

Poly(methyl methacrylate) Cast sheet Impact- modified Heat- resistant ... [Pg.1028]

Properties Heat- resistant Extrusion Heat- resistant High-impact Elame- retarded Platable 20% glass-reinforced... [Pg.1054]

It possesses oil and heat resistance to 175°C and excellent resistance to ozone. [Pg.1063]

It has very good weathering characteristics, is resistant to ozne and to oil, and is heat-resistant to 100°C. [Pg.1064]

It possesses excellent ozone resistance, very good weathering and electrical properties, and good heat resistance. [Pg.1064]

Temperature, °C Soft glass Heat-resistant glass... [Pg.1227]

Heat-resistant fib( Heat-resistant polymers Heat-set inks Heatshield Heat shields Heat stability Heat stabilizers... [Pg.466]

Furfural reacts with ketones to form strong, crosslinked resins of technical interest in the former Soviet Union the U.S. Air Force has also shown some interest (42,43). The so-called furfurylidene acetone monomer, a mixture of 2-furfurylidene methyl ketone [623-15-4] (1 )> bis-(2-furfurylidene) ketone [886-77-1] (14), mesityl oxide, and other oligomers, is obtained by condensation of furfural and acetone under basic conditions (44,45). Treatment of the "monomer" with an acidic catalyst leads initially to polymer of low molecular weight and ultimately to cross-linked, black, insoluble, heat-resistant resin (46). [Pg.79]

Epoxy resins are also used in special appHcations, such as an overlaying procedure requiring a durable, heat-resistant bond of a difficult-to-bond overlay on a wood-base panel substrate. Metal sheets used as overlays, for example, often require an epoxy adhesive. [Pg.379]

Polyacrylate elastomers find limited use in hydrauhc systems and gasket apphcations because of their superior heat resistance compared to the nitrile mbbers (219,220). Ethylene—acrylate copolymers were introduced in 1975. The apphcations include transmission seals, vibration dampers, dust boots, and steering and suspension seals. Further details and performance comparisons with other elastomers are given in reference 221 (see also Elastomers, SYNTHETIC-ACRYLIC ELASTOTffiRS). [Pg.172]

Nitrile mbber finds broad application in industry because of its excellent resistance to oil and chemicals, its good flexibility at low temperatures, high abrasion and heat resistance (up to 120°C), and good mechanical properties. Nitrile mbber consists of butadiene—acrylonitrile copolymers with an acrylonitrile content ranging from 15 to 45% (see Elastomers, SYNTHETIC, NITRILE RUBBER). In addition to the traditional applications of nitrile mbber for hoses, gaskets, seals, and oil well equipment, new applications have emerged with the development of nitrile mbber blends with poly(vinyl chloride) (PVC). These blends combine the chemical resistance and low temperature flexibility characteristics of nitrile mbber with the stability and ozone resistance of PVC. This has greatly expanded the use of nitrile mbber in outdoor applications for hoses, belts, and cable jackets, where ozone resistance is necessary. [Pg.186]

Properties ASTM Method High impact Medium impact Heat resistant... [Pg.202]

Thermal Properties. ABS is also used as a base polymer in high performance alloys. Most common are ABS—polycarbonate alloys which extend the property balance achievable with ABS to offer even higher impact strength and heat resistance (2). [Pg.203]

Dimensional Stability. The wet heat resistance of PVA fiber is indicated by the wet softening temperature (WTS) at which the fiber shrinks to a specified ratio. At one time, the WTS was not more than 95°C for nonacetalized PVA fiber, but improvement of WTS has been achieved by improvement in heat-drawing and -treating techniques other methods proposed include suppression of polymerization temperature of vinyl acetate (36) and employment of alkafi spinning (37). [Pg.341]


See other pages where Heat-resistant is mentioned: [Pg.320]    [Pg.321]    [Pg.334]    [Pg.226]    [Pg.1014]    [Pg.1023]    [Pg.105]    [Pg.247]    [Pg.411]    [Pg.466]    [Pg.472]    [Pg.474]    [Pg.510]    [Pg.709]    [Pg.777]    [Pg.778]    [Pg.781]    [Pg.782]    [Pg.786]    [Pg.791]    [Pg.793]    [Pg.797]    [Pg.232]    [Pg.390]    [Pg.15]    [Pg.15]    [Pg.197]    [Pg.198]    [Pg.235]    [Pg.29]    [Pg.285]   
See also in sourсe #XX -- [ Pg.16 , Pg.48 , Pg.171 , Pg.172 , Pg.215 , Pg.544 , Pg.548 , Pg.549 , Pg.557 , Pg.659 , Pg.660 , Pg.662 , Pg.689 , Pg.805 ]




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Acrylonitrile-butadiene rubber heat resistance

Aging and Heat Resistance

Aluminium coatings heat-resistant

Aluminum heat-resisting

Amorphous heat resistance

Amorphous heat-resistant hardness

Anaerobic adhesives heat resistant

Aspergillus heat resistance

Bacterial spores heat resistance

Batteries heat-resistant

Bismaleimides heat resistance

Calendering heat resistance

Cast stainless steels heat-resistant

Clostridium heat resistance

Co-Based Heat-Resistant Alloys, Superalloys

Coatings heat resistant

Combustion, heat Resistivity

Condensation heat transfer resistance

Crucible furnace (fuel and resistance heated)

Degradation thermal, heat-resistant polyurethanes from

Diffusion heat transfer resistance

Digestion resistance heating

Digestion under resistance heating

Disadvantages of Resistively Heated Filament Pyrolyzers

Electric resistance heating coil

Electrical resistance heating

Electrical resistance heating INDEX

Enamels heat-resistant

Epoxy adhesives heat resistance

Explosives heat-resistant

External Resistance to Heat Transfer

External heat/mass transfer resistance

External resistance heat transfer

Fibers heat resistance

Fillers heat resistant

Fluorosilicone elastomers heat resistance

Foams heat resistant

Friction heat-resistant polymers, effect

HEAT RESISTANCE

Halogenated butyl rubbers heat resistance

Heat Pipe Thermal Resistance

Heat Resistance Promoters

Heat Resistant Flavorings

Heat Resistant Oxygen Storage Material ACZ

Heat and Chemical Resistance

Heat conduction series resistances

Heat exchanger contact resistance

Heat exchanger fouling resistance

Heat exchangers metal resistances

Heat exchangers resistance with fouling

Heat exchangers standardized resistances

Heat exchangers thermal resistance

Heat fouling factors/resistances

Heat mass transfer resistance

Heat overall resistance

Heat resistance additives

Heat resistance applications

Heat resistance factor

Heat resistance of NBR

Heat resistance of polyarylates

Heat resistance of polyesters

Heat resistance polyesters

Heat resistance test

Heat resistance test parameters

Heat resistance, colorants

Heat resistance, improvement

Heat resistance, isotactic polystyrene

Heat resistant ABS

Heat resistant equipment

Heat resistant inorganic fibres

Heat resistant materials

Heat resistant polyarylsulfone

Heat resistant products

Heat resistant treatments

Heat sink thermal resistance

Heat transfer controlling resistance

Heat transfer fouling resistance

Heat transfer resistance, effect

Heat transfer resistance, effect uptake curves

Heat transfer thermal resistance

Heat transfer thermal resistance coefficient

Heat transport resistance

Heat treatment, effect resistivity

Heat-Resistant Nickel Alloys

Heat-Resistant or Thermally Stable Explosives

Heat-aging resistance

Heat-resistant adhesives

Heat-resistant adhesives aerospace industry

Heat-resistant adhesives aromatic polyimides

Heat-resistant adhesives heterocyclic polymers

Heat-resistant adhesives introduction

Heat-resistant adhesives polymer chemistry

Heat-resistant adhesives stability

Heat-resistant adhesives strength measurement

Heat-resistant adhesives thermal properties

Heat-resistant adhesives thermosetting resins

Heat-resistant alloys

Heat-resistant column

Heat-resistant composites

Heat-resistant constructional plastics

Heat-resistant filter media

Heat-resistant glasses

Heat-resistant iron-based alloys

Heat-resistant plastics

Heat-resistant polymer

Heat-resistant polymers structures

Heat-resistant polymers thermal stability

Heat-resistant polymers, effect

Heat-resistant polyurethanes from

Heat-resistant polyurethanes from solvolysis

Heat-resistant polyurethanes from solvolysis lignin

Heat-resistant property

Heat-resistant rubber

Heat-resistant stability

Heat-resistant steels

Heat-resistant temperature

Heat-resistant truck inner tube

Heat-resisting glass

Heat-transfer coefficients resistance form

Heat-transfer resistances, chemical kinetics

Heating electrical resistance heaters

Heating equipment electric resistance heaters

Heating, generation resistive method

High Heat Resistance

High Heat Resistant ABS Technology

High heat resistivity

High heat-resistant adhesive

Insulation heat resisting

Intraparticle heat transfer resistance

Mass and Heat Transfer Resistances

Microorganism heat resistance

Modeling heat resistance

Molds heat-resistant resin

Moulds: heat resistant

Neoprene heat resistant compounds

Nitrides resistive heating combined with

Novel heat resistant plastics from

Numerical simulations, heat resistance

Oxalic-Sulfuric Acid Process for Maximum Heat Resistance

Oxidation behaviour of Fe-Cr-AI alloys during resistance and furnace heating

Paint types heat-resistant coatings

Paints, heat-resisting

Plastics heat resistance

Poly heat resistance

Polyarylates heat resistance

Polychloroprene heat resistance

Polyimides-heat resistance

Polymers heat resistance

Polymers heat-resisting

Processing heat resistance

Radiant-roof furnace (resistance heated)

Resistance heat transfer

Resistance heating

Resistance heating units

Resistance to heat

Resistance to heat conduction

Resistance to heat test 1 XXI

Resistance to heat transfer

Resistance type electric heating elements

Resistance-heating elements

Resistances to heat and mass transfer

Resistive Heating Autosamplers

Resistive Heating of CNT-SMP composites

Resistive Heating of Graphite

Resistive heating

Resistive heating diamond anvil cell

Resistive heating evaporation

Resistive heating textiles

Resistive heating, fullerene synthesis

Resistively Heated Columns and Column Jackets

Resistively Heated Filament Pyrolysers

Resistively heated Filament pyrolyzers

Resistively heated filament

Resistivity heat transfer

Rubber heat resistance test

Salmonella heat resistance

Scaling heat resisting steel

Silicones and Other Heat-resisting Polymers

Single Particle Models - Mass- and Heat-transfer Resistances

Spores heat-resistant

Stability, thermal, heat-resistant

Steady heat conduction thermal contact resistance

Steels continued heat-resistant properties and

Steels heat-resisting

Structural heat resistance

Submount heat resistance

Thermal degradation, heat-resistant

Thermal properties heat-resistant plastics

Thermal stability heat-resistant polyurethanes from

Thermal vaporization sources resistively heated

Thermogravimetric analysis, heat-resistant

Thermoplastics heat resistance

Urethane adhesives heat resistance

Various High Heat-resistant ABS Grades

Vitreous silica heat resistance

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