📘 Product Description

Ammonium Pyrophosphate (APP) is a high-purity inorganic phosphate produced through the controlled thermal condensation of ammonium salts and phosphate compounds. It features excellent solubility, strong buffering capacity, and reliable chemical stability, making it suitable for a wide range of industrial, catalytic, flame-retardant, electrochemical, and specialty chemical applications.

APP is commonly used as a phosphate source, catalyst intermediate, flame-retardant component, polymer additive, and fertilizer intermediate. Its reactivity and compatibility with both aqueous systems and solid formulations make it a versatile material for advanced manufacturing and industrial processes.

🧪 Chemical & Physical Properties

• Chemical Formula: (NH₄)₄P₂O₇

• Molecular Weight: 260.12

• Appearance: White crystalline powder or granules

• Solubility: Highly soluble in water; insoluble in organic solvents

• pH (1% solution): 6.0 – 8.0

• Thermal Stability: Good; decomposes gradually upon heating

• Odor: Slight ammonia-like odor

• Hygroscopicity: Low to moderate

📊 Specifications

(Special grades available for catalyst applications and flame-retardant systems.)

🔧 Applications（非常详细）

1️⃣ Catalyst & Industrial Reaction Systems

• Used as an intermediate and carrier in catalytic reactions

• Provides activated phosphate groups for dehydration, oxidation, and polymerization reactions

• Suitable for petrochemical and inorganic synthesis processes

2️⃣ Flame-Retardant Additives

• Functions as a phosphorus-based flame-retardant

• Promotes char formation and reduces flammability

• Used in plastics, resins, rubber, and specialty coatings

3️⃣ Polymer & Resin Additives

• Acts as a crosslinking agent or curing promoter

• Enhances thermal stability and structural performance

• Applied in epoxy systems and specialty polymers

4️⃣ Electrochemical & Battery Applications

• Used as a functional phosphate additive

• Provides ionic stability in certain electrochemical processes

5️⃣ Fertilizer Intermediate (Controlled Use)

• Can act as a phosphate source

• Used in specialty formulations or controlled-release fertilizer systems

6️⃣ Laboratory & Technical Applications

• Important reagent for research laboratories

• Used in controlled-environment chemical experiments

• Acts as a precursor for advanced phosphate materials

⭐ Advantages

• 🔬 High purity suitable for demanding industrial processes

• 💧 Excellent solubility for liquid-phase reactions

• ⚙️ Versatility across catalytic, polymer, and flame-retardant applications

• 🔥 Phosphorus-based flame-retardant capability

• 🧪 Stable chemical performance and consistent quality

• 📦 Customizable particle size and grade

📦 Packaging & Storage

Packaging Options

• 25 kg woven or kraft paper bags

• 500 kg / 1000 kg jumbo bags

• Custom packaging available on request

Storage Conditions

• Store in a cool, dry, well-ventilated place

• Keep sealed to prevent moisture absorption

• Avoid exposure to heat or acidic conditions

• Handle with care to avoid dust formation

📜 Regulatory Status

• Classified as non-hazardous under global transport regulations

• Supplied with MSDS, COA, and required export documentation

• Industrial-grade material; not intended for food or feed use

• Complies with general chemical handling and environmental standards

Why Choose Jiangsu Khonor Chemicals Co., Limited?

①Over 10 years of experience in chemical and food ingredient exports

②Stable supply capacity and competitive pricing

③Support for diverse molecular weights and performance requirements

④Samples available for quality testing

⑤Professional documentation: COA, MSDS, TDS, and export compliance

⑥Strong focus on global B2B markets

⑦Fast delivery and flexible logistics solutions

Ordering Information

For quotations, specifications, samples, or technical support, please contact:

Jiangsu Khonor Chemicals Co., Limited

Professional Chemical Supplier & Global Exporter

📧 Email: mengling@khonorchem.com

📞 Tel/WhatsApp/WeChat: +86-19851820586

🌏 WhatsApp：https://wa.me/8619851820586