Heat Treatment in a sentence

(1) The polymer was cleavable by heat treatment.

(2) The woodworms were eradicated using heat treatment.

(3) Heat treatment is a common process used in metallurgy.

(4) Iron without a heat treatment will have poor hardness.

(5) The heat treatment will help decarburize the material.

(6) The properties of alloys can be altered by heat treatment.

(7) Lapidist, enhance the gemstone's color with heat treatment.

(8) The heat treatment process is used to spheroidize the steel.

(9) Heat treatment can improve the wear resistance of a material.

(10) The food packaging was sterilized by means of heat treatment.

Heat Treatment sentence

(11) Decarburizations can occur during the heat treatment of metals.

(12) Austenite is an important phase in the heat treatment of steel.

(13) The artist used a heat treatment to bronzify the metal surface.

(14) Peening is an important process in the heat treatment of steel.

(15) The anodizer used a heat treatment process to harden the metal.

(16) The metal will undergo heat treatment to increase its strength.

(17) Postheating is an important step in the heat treatment of steel.

(18) Annealing is a heat treatment process used to strengthen metals.

(19) Pasteurizes is a term that refers to the heat treatment of food.

(20) Attempering the metal with heat treatment improved its hardness.

Heat Treatment make sentence

(21) The heat treatment caused the substance to pyrolyze into carbon.

(22) The exterminator used heat treatment to kill the bed bugs inside.

(23) The decarburised layer was formed due to improper heat treatment.

(24) The heat treatment of wood can improve its dimensional stability.

(25) The decarburization of steel is a critical step in heat treatment.

(26) Patulin can be destroyed by heat treatment during food processing.

(27) The metal was subjected to heat treatment to improve its strength.

(28) Heat treatment can improve the mechanical properties of a material.

(29) Heat treatment can alter the electrical conductivity of a material.

(30) The annealer is a critical component in the heat treatment process.

Sentence of heat treatment

(31) The austenitic structure of steel can be altered by heat treatment.

(32) Heat treatment is often used to increase the hardness of a material.

(33) Refractories are used in the insulation of heat treatment equipment.

(34) The process of recalescence is crucial in heat treatment procedures.

(35) Heat treatment can sometimes lead to an embrittling of the material.

(36) The coercivity of a material can be enhanced through heat treatment.

(37) Grain refinement is a critical step in the heat treatment of metals.

(38) The steel was hardened with heat treatment for increased durability.

(39) Decarburization is a common problem in the heat treatment of metals.

(40) The student was able to inactivate the protein using heat treatment.

Heat Treatment meaningful sentence

(41) The microstructures of alloys can be modified through heat treatment.

(42) The heat treatment used in metallurgy helps to decarburize the metal.

(43) The heat treatment process involves heating and cooling the material.

(44) The heat treatment of copper can improve its electrical conductivity.

(45) Spheroidizing heat treatment was performed in a controlled atmosphere.

(46) The martensitic microstructure can be achieved through heat treatment.

(47) Bainite is a microstructure that forms in steel during heat treatment.

(48) The success of heat treatment relies on precise control of temperature.

(49) Heat treatment is commonly used in the manufacturing of steel products.

(50) The eradication of woodborers may require fumigation or heat treatment.

Heat Treatment sentence examples

(51) The hardnesses of certain metals can be altered through heat treatment.

(52) The hypoeutectoid microstructure can be altered through heat treatment.

(53) The high carbon content of hardenite makes it ideal for heat treatment.

(54) The heat treatment of plastics can improve their mechanical properties.

(55) Heat treatment is often used in the production of aerospace components.

(56) The maraging process involves a combination of heat treatment and aging.

(57) The decarburize technique is often used in the heat treatment of metals.

(58) The eutectoid reaction is a key process in the heat treatment of steels.

(59) The virions can be inactivated using disinfectants or by heat treatment.

(60) The decarburise step is crucial in the heat treatment of certain alloys.

Sentence with heat treatment

(61) The heat treatment of glass can improve its resistance to thermal shock.

(62) Heat treatment is a widely used technique in the metallurgical industry.

(63) Deoxidizing the metal before heat treatment helps to prevent brittleness.

(64) Heat treatment can enhance the corrosion resistance of certain materials.

(65) Heat treatment is often used to refine the grain structure of a material.

(66) The amount of pearlite in steel can be controlled through heat treatment.

(67) The microstructural changes observed during heat treatment were analyzed.

(68) The recalescence point is a key parameter in heat treatment optimization.

(69) The viroid can be eliminated from infected plants through heat treatment.

(70) Carburization is a common technique used in the heat treatment of metals.

Use heat treatment in a sentence

(71) The decarburize process is commonly used in the heat treatment of steels.

(72) The heat treatment causes the plaster of Paris to break down into gypsum.

(73) The process of decalescence is important in the heat treatment of metals.

(74) Heat treatment is commonly used in the manufacturing of automotive parts.

(75) The microstructure of a metal alloy can be altered through heat treatment.

(76) The specific heat treatment process chosen depends on the desired outcome.

(77) The manufacturing process of alnicoes involves casting and heat treatment.

(78) Aneling is a term used in metallurgy to describe a heat treatment process.

(79) The carburizing process is a crucial step in the heat treatment of metals.

(80) The decarburizations of the iron were a consequence of the heat treatment.

Sentence using heat treatment

(81) The crystalline structure of metals can be altered through heat treatment.

(82) The purpose of heat treatment is to alter the microstructure of a material.

(83) Heat treatment can also be used to relieve internal stresses in a material.

(84) Polycrystals can undergo recrystallization during heat treatment processes.

(85) The anelastic deformation of the material can be reduced by heat treatment.

(86) The heat treatment can lyse the bacteria and make the food safe to consume.

(87) The hardnesses of certain materials can be enhanced through heat treatment.

(88) Carburizing is a common heat treatment technique in the aerospace industry.

(89) The blacksmith employed a specific heat treatment to decarburise the steel.

(90) Heat treatment can also be used to remove residual stresses from materials.

Heat Treatment example sentence

(91) The tensile properties of the material were improved through heat treatment.

(92) The effectiveness of heat treatment depends on the temperature and duration.

(93) The temperature range for heat treatment can vary from material to material.

(94) The success of heat treatment relies on proper heat transfer and uniformity.

(95) The resistivity of a material can be reduced by annealing or heat treatment.

(96) The blacksmith used heat treatment to strengthen the pommels on the weapons.

(97) The heat treatment process is used to anneal steel and improve its strength.

(98) The heat treatment process depolymerised the plastic into smaller molecules.

(99) Decarburisation is an essential step in the heat treatment of certain alloys.

(100) The formation of bainite can be controlled through heat treatment techniques.

Sentence with word heat treatment

(101) Maraging steel is resistant to cracking and distortion during heat treatment.

(102) The formation of bainites can be controlled through heat treatment processes.

(103) The steel exhibited a fine-grained martensite structure after heat treatment.

(104) Heat treatment is often employed to induce spheroidization in certain alloys.

(105) The intergranular grain growth in the alloy was controlled by heat treatment.

(106) The carburization of a material can influence its response to heat treatment.

(107) The mechanical property of a substance can be altered through heat treatment.

(108) The formation of austenites is a critical step in the heat treatment process.

(109) The heat treatment of aluminum alloys can improve their corrosion resistance.

(110) Heat treatment is a critical step in the heat exchanger manufacturing process.

Sentence of heat treatment

(111) The formation of pearlite is an important step in the heat treatment of steel.

(112) The annealer is equipped with temperature controls for precise heat treatment.

(113) The microstructure of bainite can be altered through heat treatment processes.

(114) The presence of martensite affected the material's response to heat treatment.

(115) Hypoeutectoid materials are susceptible to grain growth during heat treatment.

(116) The martensitic phase can be induced in certain alloys through heat treatment.

(117) Heat treatment is a cost-effective way to improve the properties of materials.

(118) Grain refinement is an important consideration in the heat treatment of metals.

(119) The crystalline structure of a substance can be altered through heat treatment.

(120) The ductility of a material can be improved through alloying or heat treatment.

Heat Treatment used in a sentence

(121) Heat treatment is an essential step in the production of automotive components.

(122) The success of heat treatment can be evaluated through various testing methods.

(123) The heat treatment resulted in the transformation of austenite into martensite.

(124) The induction coil is used in induction annealing for heat treatment of metals.

(125) The machineability of a material can be enhanced through proper heat treatment.

(126) The heat treatment process carburizes the metal to improve its wear resistance.

(127) The anelasticity of the material can be reduced by annealing or heat treatment.

(128) The production of lactoprotein involves heat treatment to denature the proteins.

(129) Metallurgy involves heat treatment processes to modify the properties of metals.

(130) The duration of heat treatment can vary depending on the material being treated.

Heat Treatment sentence in English

(131) Heat treatment can be performed in a controlled atmosphere to prevent oxidation.

(132) Metallographic studies can help optimize the heat treatment process for a metal.

(133) The magnetic properties of ferromagnetics can be altered through heat treatment.

(134) Acierating is an integral part of the heat treatment process for certain metals.

(135) Martensitic stainless steels are magnetic and can be hardened by heat treatment.

(136) The recalescence point is an important parameter in heat treatment calculations.

(137) The embrittlement of the metal was a consequence of its improper heat treatment.

(138) The hardness test helped determine the appropriate heat treatment for the steel.

(139) Spheroidization can be achieved through heat treatment or mechanical processing.

(140) Carburizing is a widely used heat treatment technique in the automotive industry.

(141) The hypereutectoid phase can undergo phase transformations during heat treatment.

(142) The semicrystalline state of this material can be altered through heat treatment.

(143) The professor demonstrated how to temper aluminum using a heat treatment process.

(144) The intermetallic phase can be formed during solidification or by heat treatment.

(145) Heat treatment can be used to modify the magnetic properties of certain materials.

(146) The heat treatment process can be tailored to meet specific material requirements.

(147) Spheroidizing heat treatment was performed at a specific temperature and duration.

(148) The color of elaeolite can be enhanced through heat treatment and other processes.

(149) The planchets were carefully loaded into the annealing furnace for heat treatment.

(150) Grain refinement can be achieved through mechanical deformation or heat treatment.

(151) Heat treatment is a critical step in the production of high-performance materials.

(152) The exterminator used a heat treatment to eliminate the bed bugs in our hotel room.

(153) The heat treatment process can be time-consuming and require specialized equipment.

(154) The nucleating ability of certain materials can be enhanced through heat treatment.

(155) Spheroidizing heat treatment was applied to the alloy to refine its microstructure.

(156) Heat treatment can transform the microstructure of steel from ferrite to austenite.

(157) The machinability of the material can be enhanced through heat treatment processes.

(158) Decarburising the metal can help reduce the risk of cracking during heat treatment.

(159) Heat treatment can also be used to alter the magnetic properties of certain metals.

(160) The annealer is an essential part of the heat treatment process for many materials.

(161) The machineability of this metal is affected by its composition and heat treatment.

(162) The tensile strength of a material can be improved through heat treatment processes.

(163) The designer used a heat treatment to plasticize the fabric for easier manipulation.

(164) The mechanical properties of ferritic alloys can be improved through heat treatment.

(165) The hardness test is used to evaluate the effectiveness of heat treatment processes.

(166) The interlamellar shear strength of a metal alloy can be improved by heat treatment.

(167) The yield strength of the material can be improved through heat treatment processes.

(168) The heat treatment of ceramics can improve their mechanical strength and durability.

(169) The magnetostrictive properties of a material can be enhanced through heat treatment.

(170) The heat treatment process will anneal the material and remove any internal stresses.

(171) The decalescence process can be controlled through precise heat treatment techniques.

(172) Metallurgists conduct experiments to determine the optimal heat treatment for metals.

(173) The heat treatment will inactivate the enzymes, so we need to add them back in later.

(174) The use of metallography can aid in determining the heat treatment history of a metal.

(175) The magnetic conductivity of a material can be improved through proper heat treatment.

(176) The heat treatment of nickel alloys can improve their resistance to high temperatures.

(177) The properties of an alloy can be affected by the type of heat treatment it undergoes.

(178) The viscoplasticity of metals can be enhanced through processes such as heat treatment.

(179) Heat treatment is an important consideration in the design of heat-resistant materials.

(180) The decarburization of steel can be minimized through proper heat treatment techniques.

(181) The hypoeutectoid steel sample was subjected to heat treatment to enhance its strength.

(182) The mechanical property of a material can be improved through heat treatment processes.

(183) The effectiveness of heat treatment depends on the temperature and duration of heating.

(184) Devitrification can occur naturally over time or can be induced through heat treatment.

(185) Carburizing is a heat treatment process used to increase the surface hardness of steel.

(186) The jeweler used a heat treatment to crystalize the gemstone and enhance its brilliance.

(187) The formation of ferrite in steel can be controlled through alloying and heat treatment.

(188) The superplasticity of a material can be improved by applying a suitable heat treatment.

(189) Carburizing is a heat treatment process that alters the surface properties of the metal.

(190) The properties of martensite can be further modified through heat treatment or alloying.

(191) The ferromagnetic properties of certain materials can be enhanced through heat treatment.

(192) The flexural strength of a material can be increased through heat treatment or annealing.

(193) The magnetic properties of ferromagnetic material can be enhanced through heat treatment.

(194) Skilled annealers are in high demand due to their expertise in heat treatment techniques.

(195) The saturation magnetization of a material can be altered by annealing or heat treatment.

(196) Nonionizing radiation is used in industrial processes such as welding and heat treatment.

(197) Carburizing is a heat treatment process used to increase the carbon content of a material.

(198) Heat treatment is commonly used in the aerospace industry to improve material performance.

(199) Decarburizations can be prevented by using controlled atmosphere heat treatment processes.

(200) The decarburizations of the alloy were found to be reversible upon further heat treatment.

(201) Carburising, when combined with heat treatment, can produce a strong and durable material.

(202) The martensitic transformation can be induced by heat treatment or mechanical deformation.

(203) The specific heat treatment parameters are determined through experimentation and analysis.

(204) The peritectic transformation can be influenced by external factors such as heat treatment.

(205) Spheroidizing heat treatment was essential for achieving the desired mechanical properties.

(206) Ausforming is a heat treatment process used to improve the mechanical properties of metals.

(207) Pectinesterases are sensitive to heat treatment and can be inactivated by high temperatures.

(208) The anelastic properties of the material can be improved through alloying or heat treatment.

(209) Carburizing is a heat treatment technique used to increase the carbon content of a material.

(210) The high carbon content in steel improves its ability to be hardened through heat treatment.

(211) The elastic modulus of a material is a property that can be modified through heat treatment.

(212) The equiaxial grains in the steel sample indicated a well-controlled heat treatment process.

(213) The high carbon content in steel enhances its ability to be hardened through heat treatment.

(214) Spheroidizing is a heat treatment process that improves the mechanical properties of metals.

(215) Spheroidizing is a heat treatment process used to improve the mechanical properties of steel.

(216) Hypereutectoid compositions require specific heat treatment processes for optimal properties.

(217) The exterminator used a heat treatment to eliminate the bed bugs hiding beneath the mattress.

(218) The activity of thiaminase can be inhibited by heat treatment or by adding certain chemicals.

(219) Carburising is a heat treatment technique used to alter the surface composition of a material.

(220) The magnetic properties of ferromagnets can be altered by heat treatment or mechanical stress.

(221) The viricidal effects of heat treatment are commonly used in food processing to ensure safety.

(222) Heat treatment processes can be used to embrittle certain materials for specific applications.

(223) The plasma's heat was directed towards a target to create a controlled heat treatment process.

(224) The pearlite phase can be altered through heat treatment to improve the material's properties.

(225) The benefits of heat treatment can be seen in the improved mechanical properties of a material.

(226) The metallographic study provided valuable insights into the material's heat treatment history.

(227) Ausforming is a versatile heat treatment method that can be applied to various types of metals.

(228) Understanding the decalescence behavior of a material is crucial for its proper heat treatment.

(229) The decalescence temperature can be used to optimize the heat treatment process for a material.

(230) The formation of bainite can be controlled by adjusting the cooling rate during heat treatment.

(231) The mechanical properties of intermetallics can be tailored through alloying and heat treatment.

(232) The mechanical properties of ferritic alloys can be tailored through alloying and heat treatment.

(233) The properties of ferronickel can be further enhanced through heat treatment and other processes.

(234) Metallographic studies are often conducted to investigate the effects of heat treatment on metals.

(235) Metallography is used to assess the effectiveness of different heat treatment processes on metals.

(236) Heat treatment is a well-established technique used in various industries for material improvement.

(237) The results of the hardness test suggested that the metal had undergone significant heat treatment.

(238) The modulus of elasticity is a material property that can be influenced by heat treatment processes.

(239) The properties of martensite can be improved through heat treatment and other processing techniques.

(240) Although heat treatment can be expensive, it is often necessary for certain industrial applications.

(241) When metals are subjected to heat treatment, they can experience changes in their crystal structure.

(242) The crystal lattice of a metal can be modified through processes such as alloying and heat treatment.

(243) Hypoeutectoid materials will exhibit a different ductility if they undergo a specific heat treatment.

(244) Zearalenone can be degraded or detoxified through various processing methods, such as heat treatment.

(245) The yield strength of a material can be improved through processes such as heat treatment or alloying.

(246) The ability of a material to resist tensile stress can be improved through heat treatment or alloying.

(247) The elastic limit of a material can be increased through processes such as heat treatment or alloying.

(248) Spheroidize annealing is a heat treatment technique that promotes the formation of spherical carbides.

(249) The superplastic behavior of a material can be enhanced through heat treatment and mechanical working.

(250) Despite their natural beauty, iolites are often enhanced through heat treatment to improve their color.

(251) The decarburizations of the metal were found to be influenced by the cooling rate during heat treatment.

(252) The hypereutectoid phase can be transformed into a more desirable microstructure through heat treatment.

(253) The hypoeutectoid steel is durable, but it requires proper heat treatment to achieve optimal properties.

(254) Heat treatment can be used to relieve residual stresses in metals, which can improve their fatigue life.

(255) The sclerometer's measurements were used to evaluate the effectiveness of heat treatment on the material.

(256) The engineer developed a new heat treatment process to form aluminum with improved mechanical properties.

(257) When heat treatment is used on certain metals, it can result in changes to their electrical conductivity.

(258) Refractory materials are crucial for the insulation of heat treatment furnaces in the automotive industry.

(259) The allergenic potential of lactoproteins can be reduced through heat treatment or enzymatic modification.

(260) The operating temperature of the industrial furnace can be adjusted to achieve the desired heat treatment.

(261) Hypoeutectoid materials will have a different toughness if they undergo a specific heat treatment process.

(262) Even though heat treatment can be time-consuming, it is worth the investment for the benefits it provides.

(263) The mechanical properties of intermetallics can be improved through the use of alloying and heat treatment.

(264) Heat treatment is commonly used in the aerospace industry to improve the performance of aircraft components.

(265) Although heat treatment is often associated with metals, it can also be used on ceramics and other materials.

(266) The hypoeutectoid material had a lower carbon content, making it less prone to cracking during heat treatment.

(267) The postheating process is commonly used in the heat treatment of steel to enhance its hardness and toughness.

(268) When metals are subjected to heat treatment, their microstructure can change, resulting in improved properties.

(269) When metals are heated to high temperatures during heat treatment, they can become more resistant to corrosion.

(270) Although heat treatment can be a complex process, it is essential for ensuring the quality of certain products.

(271) The functional properties of caseinogen can be modified through processes such as heat treatment and acidification.

(272) When heat treatment is used on certain alloys, it can result in the formation of new phases with unique properties.

(273) The industrial hoses were vulcanized through a heat treatment to make them more flexible and resistant to chemicals.

(274) Although heat treatment is a well-established process, there is still ongoing research to improve its effectiveness.

(275) Heat treatment can be used to improve the wear resistance of metals, making them more durable in harsh environments.

(276) Heat treatment is a process that involves heating and cooling metals, which can improve their strength and durability.

(277) Peening is an essential step in the heat treatment process of certain materials to improve their mechanical properties.

(278) The superhardening process can be achieved through various methods such as heat treatment and chemical vapor deposition.

(279) The hypoeutectoid composition of the metal allows for greater control over its response to heat treatment, enabling tailored properties.

(280) Although the hypoeutectoid material is more susceptible to deformation, it can be easily strengthened through appropriate heat treatment.

(281) Although the hypoeutectoid alloy is more prone to distortion during heat treatment, it can be easily straightened through appropriate techniques.

(282) Even though heat treatment can be expensive and time-consuming, it is often necessary to achieve the desired properties and performance of a material.

(283) When heat treatment is used on steel, it can change the microstructure of the metal, which can affect its properties, and this can be useful in manufacturing.

(284) When heat treatment is used on aluminum alloys, it can improve their strength and corrosion resistance, which makes them ideal for use in the aerospace industry.

(285) Although heat treatment is a well-established process, ongoing research is being done to develop new techniques and materials that can benefit from this technology.

(286) Although heat treatment is often used in metallurgy, it can also be used on other materials, such as ceramics and glass, to improve their properties and performance.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Heat Treatment. They do not represent the opinions of TranslateEN.com.