Performance characteristics of bimetal composite wear-resistant steel plate

Categories:Common Problem
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Time of issue:2021-03-16
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(Summary description)Veryhighwearresistance:Thethicknessofthewearlayerofthewear-resistantsteelplateis4-12mmandabove12mm,andthehardnessofthewear-resistantlayercanreachHRC60-65.Thewearresistanceismorethan14.6timesthatofordinarysteelplates,and5-10timestheperformanceoflowalloysteelplates.ItishighchromiumThewearresistanceofcastironismorethan2-5times,andthewearresistanceismuchhigherthanthatofsprayweldingandthermalspraying. Betterimpactperformance:Thewear-resistantsteelplateisadouble-layermetalstructure.Thewear-resistantlayerandthebasematerialaremetallurgicallybonded.Thebondingstrengthishigh.Itcanabsorbenergyduringtheimpact.Thewear-resistantlayerwillnotfalloff.Itcanbeappliedtovibrationandimpact.Undertheworkingconditions,thisisbeyondthereachofcastingwear-resistantmaterialsandceramicmaterials. Verygoodtemperatureresistance:Thewear-resistantsteelplatealloycarbidehasstrongstabilityathightemperatures.Thewear-resistantsteelplatecanbeusedwithin500℃,andotherspecialrequirementscanbecustomized.Itcanmeettheconditionsofusewithin1200℃;ceramic,polyurethane,highAdhesivewear-resistantmaterialssuchasmolecularmaterialscannotmeetsuchhightemperaturerequirements. Verygoodconnectionperformance:Thebasematerialofthewear-resistantsteelplateisordinaryQ235steelplate,whichensuresthetoughnessandplasticityofthewear-resistantsteelplate,andprovidesstrengthagainstexternalforces.Itcanbeconnectedwithotherstructuresbyvariousmethodssuchaswelding,plugwelding,andboltconnection.Theconnectionisfirmandnoteasytofalloff.,Therearemoreconnectionmethodsthanothermaterials; Verygoodselectionperformance:Wear-resistantsteelplatechoosesdifferentthicknessbasematerials,andsurfacingweldingalloywear-resistantlayersofdifferentlayersandthicknessescanobtainsteelplatesofdifferentthicknessesanddifferentpurposes,andthemaximumthicknesscanreachmorethan30mm; Verygoodprocessingperformance:Wear-resistantsteelplatescanbeprocessedintodifferentspecificationsandsizesaccordingtorequirements,whichcanbeprocessed,cold-formed,welded,bent,etc.,whichareconvenienttouse;theycanbetailor-weldedon-site,whichmakesmaintenanceandreplacementworktime-savingandconvenient,andgreatlyreducesworkintensity. Highcostperformance:Thepriceofwear-resistantsteelplateishigherthanthatofordinarymaterials,butconsideringtheservicelifeoftheproduct,comprehensiveconsiderationofmaintenancecosts,sparepartscostsanddowntimelosses,itsperformance-to-priceratioismuchhigherthanthatofordinarysteelplatesandothermaterials.

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Performance characteristics of bimetal composite wear-resistant steel plate

(Summary description)Veryhighwearresistance:Thethicknessofthewearlayerofthewear-resistantsteelplateis4-12mmandabove12mm,andthehardnessofthewear-resistantlayercanreachHRC60-65.Thewearresistanceismorethan14.6timesthatofordinarysteelplates,and5-10timestheperformanceoflowalloysteelplates.ItishighchromiumThewearresistanceofcastironismorethan2-5times,andthewearresistanceismuchhigherthanthatofsprayweldingandthermalspraying. Betterimpactperformance:Thewear-resistantsteelplateisadouble-layermetalstructure.Thewear-resistantlayerandthebasematerialaremetallurgicallybonded.Thebondingstrengthishigh.Itcanabsorbenergyduringtheimpact.Thewear-resistantlayerwillnotfalloff.Itcanbeappliedtovibrationandimpact.Undertheworkingconditions,thisisbeyondthereachofcastingwear-resistantmaterialsandceramicmaterials. Verygoodtemperatureresistance:Thewear-resistantsteelplatealloycarbidehasstrongstabilityathightemperatures.Thewear-resistantsteelplatecanbeusedwithin500℃,andotherspecialrequirementscanbecustomized.Itcanmeettheconditionsofusewithin1200℃;ceramic,polyurethane,highAdhesivewear-resistantmaterialssuchasmolecularmaterialscannotmeetsuchhightemperaturerequirements. Verygoodconnectionperformance:Thebasematerialofthewear-resistantsteelplateisordinaryQ235steelplate,whichensuresthetoughnessandplasticityofthewear-resistantsteelplate,andprovidesstrengthagainstexternalforces.Itcanbeconnectedwithotherstructuresbyvariousmethodssuchaswelding,plugwelding,andboltconnection.Theconnectionisfirmandnoteasytofalloff.,Therearemoreconnectionmethodsthanothermaterials; Verygoodselectionperformance:Wear-resistantsteelplatechoosesdifferentthicknessbasematerials,andsurfacingweldingalloywear-resistantlayersofdifferentlayersandthicknessescanobtainsteelplatesofdifferentthicknessesanddifferentpurposes,andthemaximumthicknesscanreachmorethan30mm; Verygoodprocessingperformance:Wear-resistantsteelplatescanbeprocessedintodifferentspecificationsandsizesaccordingtorequirements,whichcanbeprocessed,cold-formed,welded,bent,etc.,whichareconvenienttouse;theycanbetailor-weldedon-site,whichmakesmaintenanceandreplacementworktime-savingandconvenient,andgreatlyreducesworkintensity. Highcostperformance:Thepriceofwear-resistantsteelplateishigherthanthatofordinarymaterials,butconsideringtheservicelifeoftheproduct,comprehensiveconsiderationofmaintenancecosts,sparepartscostsanddowntimelosses,itsperformance-to-priceratioismuchhigherthanthatofordinarysteelplatesandothermaterials.

Categories:Common Problem
Author:
Origin:
Time of issue:2021-03-16
Views:0

Very high wear resistance:

The thickness of the wear layer of the wear-resistant steel plate is 4-12mm and above 12mm, and the hardness of the wear-resistant layer can reach HRC60-65. The wear resistance is more than 14.6 times that of ordinary steel plates, and 5-10 times the performance of low alloy steel plates. It is high chromium The wear resistance of cast iron is more than 2-5 times, and the wear resistance is much higher than that of spray welding and thermal spraying.

Better impact performance:

The wear-resistant steel plate is a double-layer metal structure. The wear-resistant layer and the base material are metallurgically bonded. The bonding strength is high. It can absorb energy during the impact. The wear-resistant layer will not fall off. It can be applied to vibration and impact. Under the working conditions, this is beyond the reach of casting wear-resistant materials and ceramic materials.

Very good temperature resistance:

The wear-resistant steel plate alloy carbide has strong stability at high temperatures. The wear-resistant steel plate can be used within 500 ℃, and other special requirements can be customized. It can meet the conditions of use within 1200 ℃; ceramic, polyurethane, high Adhesive wear-resistant materials such as molecular materials cannot meet such high temperature requirements.

Very good connection performance:

The base material of the wear-resistant steel plate is ordinary Q235 steel plate, which ensures the toughness and plasticity of the wear-resistant steel plate, and provides strength against external forces. It can be connected with other structures by various methods such as welding, plug welding, and bolt connection. The connection is firm and not easy to fall off. , There are more connection methods than other materials;

Very good selection performance:

Wear-resistant steel plate chooses different thickness base materials, and surfacing welding alloy wear-resistant layers of different layers and thicknesses can obtain steel plates of different thicknesses and different purposes, and the maximum thickness can reach more than 30 mm;

Very good processing performance:

Wear-resistant steel plates can be processed into different specifications and sizes according to requirements, which can be processed, cold-formed, welded, bent, etc., which are convenient to use; they can be tailor-welded on-site, which makes maintenance and replacement work time-saving and convenient, and greatly reduces work intensity.

High cost performance:

The price of wear-resistant steel plate is higher than that of ordinary materials, but considering the service life of the product, comprehensive consideration of maintenance costs, spare parts costs and downtime losses, its performance-to-price ratio is much higher than that of ordinary steel plates

and other materials.

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