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Focus On High-Quality Silicate (Ceramic) Materials
Sodium Tripolyphosphate (STPP) in Ceramics: Technical Data, Mechanism & Selection Guide

Sodium Tripolyphosphate (STPP) in Ceramics: Technical Data, Mechanism & Selection Guide

Comprehensive technical analysis of STPP (CAS 7758-29-4) for ceramics. Includes typical physical parameters, deflocculation mechanisms, dosage ranges (0.15–0.50%), and comparative selection logic vs. silicates and polyacrylates.

03

2026

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03

Binder Pre-hydration & Burnout Schedule Guide

Binder Pre-hydration & Burnout Schedule Guide

28

2026

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02

Ceramic Deflocculant Guide: How to Choose the Right One for Your Slip

Ceramic Deflocculant Guide: How to Choose the Right One for Your Slip

Compare STPP, SHMP, DFP & lignosulfonates for ceramic slip casting. Technical guide on dosage, stability, cost & compatibility. Download free selection chart.

22

2026

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01

The Bio-Stability Protocol: Eliminating Bacterial Degradation in Ceramic Slurries

The Bio-Stability Protocol: Eliminating Bacterial Degradation in Ceramic Slurries

Is your casting slip developing foul odors or pinhole defects? Analysis of enzymatic hydrolysis in organic deflocculants and the industrial biocide protocols required to stabilize rheology.

16

2026

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01

The Non-Stick Protocol: Eliminating Demolding Adhesion in High-Volume Casting

The Non-Stick Protocol: Eliminating Demolding Adhesion in High-Volume Casting

Is your greenware sticking to the mold, causing rim deformation and production delays? Analysis of sodium migration, interface chemistry, and how to select a Ceramic Deflocculant to optimize rheological properties and ensure clean release.

14

2026

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01

Industrial Winterization Protocol: Mitigating Deflocculant Freeze-Thaw Instability

Industrial Winterization Protocol: Mitigating Deflocculant Freeze-Thaw Instability

Did your bulk deflocculant shipment arrive frozen? Don't discard it. Analysis of polymer phase separation, the "High-Shear Restitution" protocol, and how to recover chemical efficacy to optimize rheological properties.

12

2026

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01

The CMC Biostability Protocol: Eliminating Bacterial Degradation in Industrial Glaze Systems

The CMC Biostability Protocol: Eliminating Bacterial Degradation in Industrial Glaze Systems

Is your Carboxymethylcellulose (CMC) solution losing viscosity or developing foul odors? Analysis of enzymatic hydrolysis, gas-phase defects, and the industrial biocide protocols required for rheological stability.

10

2026

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01

The Sodium Attack Protocol: Mitigating "Soft Shell" Defects and Mold Erosion in Mass Production

The Sodium Attack Protocol: Mitigating "Soft Shell" Defects and Mold Erosion in Mass Production

B2B Technical Guide: Why relying solely on Sodium Silicate is destroying your plaster molds and causing "soft skin" casting defects. Analysis of ion-exchange corrosion and the "Hybrid Dispersant Strategy" to extend mold life.

08

2026

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01

Why Does Ceramic Slip Hard Pan? A Technical Protocol Based on Colloidal Stability

Why Does Ceramic Slip Hard Pan? A Technical Protocol Based on Colloidal Stability

A B2B technical guide on diagnosing and recovering "Hard-Panned" industrial casting slip. Analysis of Stoke’s Law violations, double-layer compression, and the chemical protocols required to restore suspension thixotropy.

06

2026

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01

The Thermal Lag Protocol: Mastering Winter Deflocculation Kinetics

The Thermal Lag Protocol: Mastering Winter Deflocculation Kinetics

Ceramic process engineering guide: Why low temperatures falsely increase slip viscosity ("Thermal Lag") and how to manage deflocculation kinetics to prevent overdosing and hard-panning.

04

2026

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01

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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：+86-88037132 / +8613728575572
Company Fax：86-0757-88037277
Whatapp/skype/Wechat: +8613728575572
E-mail：info6@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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