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Sodium Hexametaphosphate: An Essential Additive for the Chemical Industry

Sodium Hexametaphosphate: An Essential Additive for the Chemical Industry

Introduction: Sodium hexametaphosphate, a versatile compound widely used in the chemical industry, plays a crucial role as an additive and chemical assistant. This article delves into the applications and benefits of sodium hexametaphosphate, shedding light on its significance within the field of chemical additives. 1. Enhanced Water Treatment: Sodium hexametaphosphate finds extensive usage in wat

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2023

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The Power of Sodium Hexametaphosphate: Transforming Industrial Cleaning Agents for Maximum Performance

The Power of Sodium Hexametaphosphate: Transforming Industrial Cleaning Agents for Maximum Performance

Table of Contents: 1. Introduction 2. Understanding Sodium Hexametaphosphate 3. How Sodium Hexametaphosphate Works 4. Applications of Sodium Hexametaphosphate in Industrial Cleaning Agents 5. The Benefits of Sodium Hexametaphosphate 6. Factors to Consider When Using Sodium Hexametaphosphate 7. Frequently Asked Questions (FAQs) 8. Conclusion 1. Introduction Industrial cleaning agents play a crucial

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2023

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Zirconium Silicate Beads: The Ideal Ceramic Filler for Chemical Industry

Zirconium Silicate Beads: The Ideal Ceramic Filler for Chemical Industry

Introduction: Zirconium silicate beads, a type of ceramic filler, play a crucial role in the chemical industry, specifically in the field of fillers. With their unique properties and applications, these beads offer numerous advantages in various chemical processes. In this article, we will delve into the world of zirconium silicate beads, exploring their features, benefits, and applications within

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2023

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Exploring the Applications of Zirconium Silicate Beads in the Chemical Industry

Exploring the Applications of Zirconium Silicate Beads in the Chemical Industry

Table of Contents: 1. Introduction: Understanding Zirconium Silicate Beads 2. Applications in Catalysts and Chemical Reactions 3. Role in Paints and Coatings 4. Enhancing Durability and Performance in Ceramics 5. Utilization in Pharmaceuticals and Drug Delivery Systems 6. Benefits in the Oil and Gas Industry 7. FAQs 8. Conclusion 1. Introduction: Understanding Zirconium Silicate Beads Zirconium si

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2023

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Zirconium Silicate Beads: Enhancing the Performance of Ceramic Fillers in the Chemical Industry

Zirconium Silicate Beads: Enhancing the Performance of Ceramic Fillers in the Chemical Industry

Introduction: Zirconium silicate beads are widely recognized for their exceptional performance as ceramic fillers in the chemical industry. With their unique properties and advantages, these beads are instrumental in enhancing the functionality and efficiency of numerous applications. In this article, we will explore the fascinating world of zirconium silicate beads and their significant contribut

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2023

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The Advantages of Zirconium Silicate Beads in Ceramic Fillers

The Advantages of Zirconium Silicate Beads in Ceramic Fillers

Table of Contents: 1. Introduction: Understanding Zirconium Silicate Beads 2. Superior Durability: Enhancing Ceramic Strength 3. Enhanced Wear Resistance: Prolonging Lifespan 4. Improved Grinding Efficiency: Finer Particle Size Distribution 5. Chemical Stability: Ensuring Product Integrity 6. Lower Density: Optimal Load Balancing 7. Cost-Effectiveness: Long-Term Savings 8. Versatile Applications:

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2023

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What are the characteristics of Sodium Hexametaphosphate?

What are the characteristics of Sodium Hexametaphosphate?

What are the characteristics of Sodium Hexametaphosphate?Sodium Hexametaphosphate (also known as Hexamine) is a synthetic chemical that is commonly used as a preservative for food, cosmetics and pharmaceuticals. It is also used as a disinfectant. The chemical is a colorless, odorless liquid. It is used as a preservative in food, cosmetics, and pharmaceuticals.Sodium Hexametaphosphate is a mixture

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2023

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Analysis of 8 common processes of black core defects in ceramic bodies | Goway Sharing

Analysis of 8 common processes of black core defects in ceramic bodies | Goway Sharing

Goway professionalproduction Bodyreinforcement Andceramicpowdermodifiers,weoftenencountercustomerswhohaveblack-heartedquestionsandaskaboutimprovementmethods.NowIwillanalyzetheinfluenceofeachprocessonblack-heartedness.TheinfluenceofeachprocessontheblackheartRawmaterialIntheactualproductionprocess,especiallyonce-firedwhitebilletproducts,specialcontroloforganicmatterandironcontentisrequired.Forexample,theorganicmatterinmudrawmaterials,thecoalcontentintalc,andeventhequalityofsodiumrotwillhaveanadverseeffectontheproduct.Atpresent,correspondingequipmenthasappearedintheindustry,whichcanremovebranchesandleavesinthematerialbeforetherawmaterialsareaddedtotheballmill,butforhumus,thereisstillnoway.Theimpactcanonlybereducedbycontrollingitsdosage.SuchastheblacktalcinJiangxi,theblackinsideisassociatedwithcoal-likesubstances.Oncetheamountishigh,blackheartsarepronetoappear.However,low-sodiumhumateisproducedfromlow-qualityligniteandlow-sodium,sotheorganiccarbonchainlengthisrelativelyhigh,andwhentheamountislarge,problemsarerelativelyeasytooccur.BodymoistureTheeffectofbodymoistureontheblackcoreismainlyusedwhenthemoistureinthebodyishigh,whichwillresultinfewerporechannelsinthebody.Duringfiring,theexhaustchannelislackingwhentheorganicmatterisburned,anditiseasytocauseorganicmatter.Combustiongasisnoteasytoescape.Thisimpactisanindirectimpact.Duringtherainyseasoninthesouth,thebodycolorshouldberelativelydark.ThesubdivisioncontentinthegreenbodyistoohighInthegreenbody,ifthecontentoffinepowderistoohigh,itwilleasilyblocktheexhaustofthecombustiongas,resultinginablackcorephenomenon.AddotherpollutantstothepowderDuringtheproductionprocess,specialattentionshouldbepaidtoaccidentalentryofpollutants.Suchastheimpactofcarbonparticlescausedbyincompletecombustionduringspraydrying,equipmentleakageandoildripping,andthebeltwearandtearintothegreenbody.Thesesituations,iftheyoccur,generallyappearinindividualproductsratherthanonalargescale.MoldingpressureIfthemoldingpressureistoohigh,thesurfaceofthegreenbodywillbedensified,sothatthecombustiongasinthegreenbodycannotescape,andtheblackcorephenomenonwillalsoappear.Similarly,iftheshapeofthemoldismorecomplex,themoldingpressureofeachareaoftheproductisinconsistent,resultingininconsistentdensitiesineacharea,andblackcorephenomenonmayalsooccur.BricktypethickIfthebrickistoothick,itwillalsocausedifficultyingasremoval,resultinginreductionreactionsandblackhearts.LowglazemeltingtemperatureTheglazehasalowinitialmeltingtemperatureorcontainslow-temperaturefrit.Atalowerfiringtemperature,theglazewillcoverthesurfaceofthebody,makingitdifficulttoexhaustthebody.Itmaycauseblackheartsandevenbubbling.FiringstageAgoodfiringsystemcanwellrestraintheappearanceofblackhearts.However,iftheoxidationisinsufficient,thefiringtimeistooshort,etc.,whichmaycauseblackhearts.Afterall,duetothelackofmud,manufacturersmaydeliberatelyintroduceorganicmatterinordertoincreasethestrengthofthegreenblanks.Ifthefiringsystemisnotarranged,theprobabilityofblackheartswillbegreatlyincreased.Generallyspeaking,controltheorganiccontentandironcontentoftherawmaterials,theintroduced bodyenhancer payattentiontocontrolthecarbonchainlength,ensuretheairpermeabilityinthebody,arrangeagoodfiringsystem,andpayattentiontotheproductionenvironment.Goodtopreventblackhearts.

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Is the special intensifier for ceramic large slate really that magical?

Is the special intensifier for ceramic large slate really that magical?

In2020,therockslabswillprotrudeandbeencircled.Inthelong-silentanddepressedceramiccircle,thefamiliar"waves"oftheceramicsindustryhavebeengreatlyaroused,andtheceramicsindustrywillonceagainbecomepopular.Withtheincreaseinthescaleofmassproductionofslabsandslates,specialintensifiersforceramicslateshavequicklyenteredeveryone'seyes.Infact,advancedceramiccompaniesinforeigncountrieshavegenerallyusedtheproductsofspecialenhancersforceramiclargeslateplates.Inthepasttwoyears,theyhaveonlyrisenupandusedinChinaonalargescale.Evensomeceramiccompaniesarestillintheprocessofexploring.Howdoesthespecialstrengtheningagentforlargeslateslabprovideamagicaleffectfortheproductionoflargeslateslab?Comparedwithcommonreinforcingagents,Goway’sspecialreinforcingagentforceramicslateslabsincreasesthetoughnessofceramicsonthebasisofcommonreinforcingagents.Withoutaffectingtheperformanceofmud,itcangreatlyenhancethestrengthofthedrybodyandincreasethefluidityofthepowder;Itiseasytoformandimprovethecrackingofthebrickblanksandimprovethebondingperformanceofthepowder.Thisproducthasagoodeffectonimprovingthedamagecausedbytheinsufficientstrengthoftheblankduringthevibrationanddryingprocessontheconveyorlineaftertheblankisstampedorrolled.Ithasnoadverseeffectonfiringandincreasestheflexibilityofthefinishedproduct,whichgreatlyreducesthedamageofthefinishedproductfromcuttingandcracking.Ithasobviouseffectonsolvingthedefectsofgreenbody,particlecracks,fragileedgesandcorners.Itisindispensabletoimprovethestrengthofthegreenbodyandtheyieldandqualityofceramics,anditcanreducemudconsumptionbymorethan5%forceramicenterprises.Therefore,thedomesticceramicslateslatespecialenhancerplaysanindispensableroleintheproductionandoccupiesanimportantrole.Inthecircumstancethatthehigh-qualitysoilisdeclining,theceramicslateslateenhanceristhefirstchoiceofallceramiccompanies.

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What should I do if the mud is thixotropic? Ancient Cantonese Weapon

What should I do if the mud is thixotropic? Ancient Cantonese Weapon

AccordingtoFoshanGoway’s11-yearexperienceinproducingceramicdebondingagents,andvisitingalargenumberofcustomerceramicfactoriesfordebugging,itcanbeseenthatintheproductionofceramicfactories,whetheritisamudwithagooddegreeofdissolutionoramudwithapoordegreeofdissolution,howmuchThereistheproblemofthixotropy.Ofcourse,thesmallerthethixotropyofthemudusedintheproductionofbuildingceramictiles,thebetter,becausethemudthixotropyistoolarge,whichwillleadtodifficultiesindischargingandmudtransportation;secondly,themudthixotropybecomeslargerandthemudflowratechangesgreatly,whichisnotconducivetoproductioncontrol.Thisarticlemainlyanalyzestheinfluencingfactorsofthethixotropyofceramictilebodymudandprovidessomemethodstoimprovethethixotropyofceramictilebodymud.DefinitionofthixotropyWhentheclaymudorplasticmudmassisvibratedorstirred,theviscositywilldecreaseandthefluiditywillincrease,anditwillgraduallyreturntoitsoriginalstateafterbeingstationary.Reasonsforthixotropyofmud1.TheinfluenceofdifferentdebondingagentsonmudthixotropyIfthemudisonlyaddedwithsodiummetasilicate,itcanalsobedebonded,butthethixotropyofthemudisverylarge.Addingasmallamountofmodifiedhumatecangreatlyimprovethethixotropyofthemudandreduceitsthixotropy;addingasmallamountofGoway’sliquiddegellingagentFG-D109Acanalsogreatlyimprovethethixotropyofthemud,sothatItsthixotropybecomessmaller;throughsomecustomerinquiries,Goway foundthatalthoughthesoilinthenorthisdifficulttodebond,theuseofalargeproportionofwaterglasscanstabilizethemudsystemandreducethethixotropyofthemud.2.TheinfluenceofmillingtimeonmudthixotropySomeexperimentaldatafromGoway indicatethatthelongerthemillingtime,thesmallerthemudfinenessandthegreaterthethixotropyofthemud.3.TheinfluenceofmoistureonthethixotropyofmudThehigherthemudmoisture,thesmallerthethixotropyofthemud.Thelowerthemudmoisture,thegreaterthethixotropyofthemud.Thisisbecausewithintheallowablewaterrangeofthemud,thewatercontentislarge,themudisthin,andtheforcebetweentheclayparticlesissmall,makingitdifficultThecardstructureisformed,thatis,thethixotropyissmall;thewatercontentissmall,themudisthick,andthecardstructureiseasilyformed,thatis,thethixotropyislarge.Summaryofmethodstoimprovemudthixotropy1.Thetypeofdegellingagenthasagreaterimpactonthethixotropyofthemud.Smallorganiccompoundssuchasmodifiedhumate,modifiedcitrate,andmodifiedoxalatecanimprovethethixotropyofthemud;useGoway’sLiquiddegellingagentcaneffectivelyimprovethethixotropyofmud.2.Waterglasscanstabilizethemudsystemandimprovethethixotropyofthemud.3.Theamountofdebondingagentaddedhasagreaterimpactonthethixotropyofthemud.Excessivedebondingagentnotonlyhasanadverseeffectontheflowrate,butalsoincreasesthethixotropyofthemud.4.Ifthemillingtimeistoolongandthemudfinenessistoosmall,thethixotropyofthemudwillbecomeworse.5.Withintheallowablewaterrangeofthemud,thewatercontentislarge,themudisthin,andthethixotropyissmall;thewatercontentissmall,themudisthick,andthethixotropyislarge.Specificproblemsareanalyzedindetail.Customerswithtechnicaldifficultiesarewelcometocallforconsultation.Goway willprovideyouwithone-to-oneservices.

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GOWAY INTERNATIONAL MATERIAL CO., LTD

Founded in 2009, we specialize in producing and supplying ,ceramic additives and related products, committing to supplying stable, environmentally friendly,professional and ceramic materials.

Contact Us

Contact Us

Company Phone/Wechat：86-0757-82131106 / +8613728575572
Company Fax：86-0757-82131106
Whatapp/skype: +8613600032377
E-mail：service@goway-china.com
Office Address: Room C11-6, Foshan National Torch Innovation and Pioneer Park, Jihua 2nd Road, Chancheng District, Foshan City, Guangdong Province, China.
Factory Address: Nanbian Industrial Zone, Sanshui District, Foshan City Guangdong Province，China.

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