Multi-Purpose Potassium Formate Chemical Formula HCOOK for Industrial and Food-Grade Needs

Potassium Formate Product Details

Product Introduction

Potassium Formate is an efficient and eco-friendly organic salt appearing as white crystalline powder with excellent water solubility. Our high-purity (≥98%) product contains no heavy metals, serving as key material for oil drilling, de-icing and organic synthesis.

Specifications

• Chemical Name: Potassium Formate

• CAS No.: 590-29-4

• Molecular Formula: HCOOK

• Molecular Weight: 84.12

• Purity: ≥98%

• Water Content: ≤0.5%

• pH (10% solution): 7.5-9.5

• Density: 1.91 g/cm³ (25℃)

Product Grades

• Industrial Grade: For drilling fluids

• Refined Grade: Purity ≥99%

• Solution Type: 50%-75% ready-to-use

Packaging

• 25kg/moisture-proof bag

• 500kg/big bag with liner

• 1000kg/IBC tote (solution)

Key Advantages

✓ Eco-friendly: Biodegradable
✓ High performance: Excellent low-temperature solubility
✓ Low corrosion: Equipment protection
✓ Good compatibility: Works with other additives
✓ Cost-effective: Alternative to traditional chemicals

Main Applications

1. Oil Drilling

• High-performance drilling fluid

• Shale gas inhibitor

• HPHT well stabilizer

2. De-icing

• Airport runway deicer

• Highway snow melter

• Low-temperature eco-friendly fluid

3. Chemical Synthesis

• Pharmaceutical intermediate

• Organic synthesis

• Catalyst preparation

4. Other Fields

• Leather tanning

• Textile treatment

• Animal feed additive

Certifications

• Complies with API 13A

• ISO9001 Quality System

• REACH registered

• SGS test reports

Safety Information

• Storage: Sealed, dry and ventilated

• Shelf Life: 24 months

• Safety Class: General chemical

Why Choose Us?

✅ High-purity products, in compliance with international standards
✅ 30+ Years Chemical Manufacturing Experience
✅ Strict QC with Batch Traceability
✅ Global logistics, supporting sea and air transportation
✅ Technical support, providing customized solutions
✅ Factory direct supply, with strong price competitiveness