- Which industrial phosphate types (STPP, SHMP, TSPP) are used in detergents, ceramics, water treatment and drilling fluids.
- How to match phosphate chemistry with your process conditions and performance targets.
- What documentation, packaging and quality parameters to confirm with a supplier.
- How Goway Chemical supports long-term sourcing of industrial phosphates and related chemicals.
GOWAY Chemical is a China-based manufacturer and supplier focusing on industrial phosphates and related chemicals for detergents, ceramics, drilling fluids, de-icing systems, metal treatment, and other industrial applications.
This page gives you a clear overview of our main industrial products – STPP, SHMP, Sodium Pyrophosphate (TSPP), Sodium Formate, Potassium Formate, and Formic Acid – and helps you quickly find the right product page and technical articles.
Contact Us for Industrial Phosphate & Chemical Supply
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How to Choose Industrial Phosphates for Your Application
When selecting industrial phosphates such as STPP, SHMP and TSPP, it is helpful to follow a structured process. The steps below can guide formulators, engineers and buyers through application definition, chemistry selection and supplier cooperation.
Step 1 – Define Your Application and Performance Targets
Clarify how and where the phosphate will be used. Typical roles include detergent builder, water softener, dispersant in ceramic bodies, scale inhibitor in water treatment, or rheology modifier in coatings and slurries. At the same time, define measurable performance targets such as cleaning efficiency, slurry stability, hardness tolerance, casting behavior or scale reduction. A precise application profile is the foundation for correct product selection.
Step 2 – Match Phosphate Chemistry to Process Conditions
Different phosphates behave differently under varying pH, temperature and water hardness. STPP is a versatile builder and sequestrant for many detergent and general industrial formulations. SHMP offers strong chelation and dispersion, especially useful in ceramics, water treatment and metal processes. TSPP and related pyrophosphates provide buffering and rheology control in ceramics, coatings and certain specialty applications. Matching chemistry to your specific process conditions will narrow down suitable options.
Step 3 – Align Specifications, Documentation and Packaging
Once a phosphate family is selected, the next step is to confirm detailed product specifications and compliance needs. Key parameters often include active content, bulk density, particle size, solubility, pH and impurity limits. Documentation such as COA, MSDS/SDS and ISO-related certificates should align with your internal and customer requirements. Packaging format, palletization and labeling must fit your logistics and safety practices, especially for export and multi-site operations.
Step 4 – Run Trials and Establish Long-Term Supply
Laboratory tests and plant trials validate performance under real operating conditions. Based on test results, dosage, grade selection or blending with other phosphates can be adjusted. Once a formulation is confirmed, you can move to long-term supply with clear agreements on specifications, quality control and delivery schedules. Goway Chemical supports this process through samples, technical data and responsive communication, helping you reduce risk and accelerate time to implementation.
1. Industrial Phosphate Product Matrix
GOWAY Chemical offers a complete phosphate portfolio for industrial customers. You can click through to each dedicated product page for detailed specifications, COA/TDS, and application guidance.
| Product | Main Industrial Applications | Learn More |
|---|---|---|
| Sodium Tripolyphosphate (STPP) Industrial Grade | Detergents and cleaning products, ceramic additives, water treatment, oilfield, and other industrial formulations where sequestering, dispersion, and water-softening are needed. | Industrial STPP Product Page STPP Application in Ceramic Industry Steps in the Production of STPP |
| Sodium Hexametaphosphate (SHMP) Industrial Grade | Water treatment, ceramics, industrial cleaning, dispersion systems, and as a sequestrant in various industrial processes. | Industrial SHMP Product Page SHMP Effect on Ceramics SHMP in Refractory Materials |
| Sodium Pyrophosphate (TSPP) Industrial Grade | Detergents, ceramics, metal surface treatment, water-based coatings, and dispersions; used as a dispersant, buffer, and sequestering agent. | Industrial Sodium Pyrophosphate Product Page Role of Sodium Pyrophosphate |
| Food-grade Phosphates STPP, TSPP, and blends | Meat, poultry, seafood, and noodle products, where phosphates are used to improve water-holding, texture, and stability. (Compliance with local food regulations required.) | Phosphate for Food Overview Sodium Tripolyphosphate for Food Penta Sodium Triphosphate in Food |
2. Industrial Formate & Organic Acid Solutions
Besides phosphates, GOWAY Chemical also supplies formate salts and formic acid for drilling fluids, de-icing systems, industrial cleaning, and other technical applications.
| Product | Key Industrial Uses | Learn More |
|---|---|---|
| Potassium Formate Industrial Grade | High-density brines for drilling and completion fluids, de-icing and anti-icing systems, heat-transfer and secondary cooling solutions. | Potassium Formate Product Page Advantages of Potassium Formate Drilling Fluid System Why Use the Potassium Formate Drilling Solution |
| Sodium Formate Industrial Grade | Leather tanning, industrial deicing agents, drilling brines, reducing agents in chemical processes, and auxiliaries in various industrial formulations. | Sodium Formate Product Page |
| Formic Acid (HCOOH) Industrial Grade | Leather processing, textile dyeing and finishing, industrial descaling and cleaning, feed preservation, and chemical intermediate uses. | Industrial Formic Acid Product Page |
Get Complete Product List & COA Set
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3. Comparing Key Industrial Phosphates
The table below summarizes the main strengths, typical limitations and common uses of three important industrial phosphates. It can be used as a quick reference when deciding which product family to evaluate first.
| Product | Main strengths | Typical limitations | Best suited for |
|---|---|---|---|
| Sodium tripolyphosphate (STPP) | Strong sequestration of hardness ions; classic builder in many formulations; good cost–performance balance; widely available and well understood. | Use in detergents may be regulated or restricted in certain regions; performance can be sensitive to water hardness and system design; may require reformulation in phosphate-restricted markets. | Household and industrial detergents, cleaning products, general industrial builders, some ceramic and water treatment blends. |
| Sodium hexametaphosphate (SHMP) | Very strong chelation and dispersion; effective at controlling metal ions and preventing scale and deposits; useful in systems with challenging water quality or complex slurries. | Typically higher cost than standard STPP; may require careful control of dosage and pH; often used together with other phosphates or additives for best performance. | Water treatment programs, ceramic slips and glazes, refractory materials, metal processing and other applications where dispersion and scale control are critical. |
| Tetrasodium pyrophosphate (TSPP) and related pyrophosphates | Good buffering and dispersion properties; helps adjust rheology and stabilize suspensions; can fine-tune performance when used in combination with STPP or SHMP. | Often not used as a stand-alone builder; performance depends strongly on overall formulation; may require technical evaluation to find the right balance with other components. | Ceramic bodies, coatings, certain cleaning and metal treatment systems, and other formulations where pH control and rheology are important. |
4. Technical Articles & Buying Guides
To help buyers, engineers, and formulators better understand phosphates and related chemicals, GOWAY Chemical provides in-depth articles on applications, safety, price analysis, and manufacturing processes.
- Understanding Sodium Tripolyphosphate – Comprehensive Guide
- What Is STPP Used For – Key Applications
- STPP Price Analysis – Industrial vs Food Grade
- Who Manufactures STPP in China – Supplier Insights
- Phosphate Dealers and Suppliers – Comprehensive Guide
- What Is Sodium Hexametaphosphate?
- Is Sodium Hexametaphosphate Safe?
These articles not only answer common technical and purchasing questions, but also help you compare industrial vs food-grade grades, production processes, and application differences.
5. Why Work with GOWAY Chemical
- One-stop supplier: STPP, SHMP, TSPP, food-grade phosphates, formate salts, and formic acid.
- Industrial focus: detergents, ceramics, drilling fluids, de-icing, metal treatment, and more.
- Flexible packaging & OEM: 25 kg / 50 kg bags, jumbo bags, custom branding.
- Technical support: application suggestions and basic formulation guidance.
- Export experience: shipments to multiple regions with stable quality and documentation.
6. Next Steps – How to Start Cooperation
- Choose the products you are interested in from the tables above.
- Prepare your basic requirements: grade, annual volume, packaging, and destination port.
- Send us a message via the contact form or WhatsApp for a quotation and technical discussion.
- We provide COA, TDS, sample (if needed), and the best FOB / CIF offer.
Contact GOWAY for Industrial Phosphates & Chemicals
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Industrial Phosphate – FAQ
What industrial applications do your phosphates support?
Our industrial phosphates are widely used in detergents, ceramic production, metal treatment, water softening, oil drilling fluids, refractories, textile auxiliary agents, and chemical synthesis. Each grade is optimized for specific performance requirements such as sequestration, dispersion, buffering, and chelation.
How do I select the right phosphate grade for my application?
You can share your process conditions and performance goals—such as pH stability, required chelating strength, water hardness levels, slurry viscosity, or thermal resistance. Our technical team will recommend the most suitable grade, such as STPP, SHMP, TSPP, SAPP, or TKPP, based on your industry and formula needs.
Can your industrial phosphates be customized for different formulations?
Yes. We provide adjustable specifications including bulk density, solubility, mesh size, P₂O₅ content, pH range, and flowability. Custom packaging and formula-tailored phosphate blends are also available for ceramic, detergent, and water-treatment customers.
What quality standards do you follow for industrial-grade phosphates?
All products comply with GB/T and industrial-grade chemical standards. Each batch is tested for active content, moisture, insoluble matter, and other key indicators before shipping. COA, MSDS, and third-party test reports can be provided upon request.
Do you offer samples for industrial phosphate testing?
Yes. We can provide free samples for industrial evaluation, including grades used in ceramics, detergents, refractories, and oilfield applications. Shipping support is available for urgent testing requirements.
What packaging options are available?
Common packaging includes 25 kg bags, 50 kg woven bags, 500 kg jumbo bags, and 1-ton jumbo bags. Moisture-proof laminated bags and custom-printed packaging are available for export customers.
What is your typical lead time for industrial phosphate orders?
Regular grades such as STPP, SHMP, TSPP, and TKPP are usually ready for loading within 7–10 days. Large-volume or customized specifications may require additional production time depending on your order quantity.
What is your MOQ?
The standard MOQ is 1 ton. Mixed-grade orders and combined container loading are supported to meet your project requirements.