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Formic acid 85%\90%

I have found results from1000+products and400+suppliers aboutFormic acid 85%\90%

Commonly Used:
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Manufacturer First
Product Attributes:
Synthesis Material Intermediates
Classification: Phosphoric Acid
Appearance: Crystal
Grade Standard: Reagent Grade
Acid Strength: Strong Acid
Kind: Organic Acid
Quality: Tech Grade
Packaging: IBC Tank
Element: Monobasic Acid
Oxidation: Oxidizing Acid
Volatility: Volatile Acid
Stability: Labile Acid
Grade: AR
For Biological Purpose
Content: Standard
Usage: Laboratory Reagents
Source: Imported Reagents
Habit Appellation: Chemical Medicine
Application: Industry
Property: Inorganic Reagent
Carboxyl No.: Monoacid
Alkyl No.: Saturated Acid
Color: Colorless
Colour: Transparent
Certification: REACH
Environmental Protection: Yes
Function: Sensor Function
Nutritional Value: Non-nutritional
Storage Method: Normal
Shelf Life: >12 Months
Organic Analytical Reagents
Classification: Carboxylic Acid
Appearance: Liquid
Grade Standard: Agriculture Grade
Acid Strength: Weak Acid
Kind: Inorganic Acid
Quality: Food Grade
Quality: Industrial
Packaging: Plastic Drum
Element: Polyatomic Acid
Non Oxidizing Acid
High Boiling Acid
Stability: Stabilized Acid
For Tissue Medium Purpose
Specific Usage: For Microbiological
For Microscopic Purpose
For Electron Microscopy
For Lens Blooming
Specific Usage: Technical Grade
Specific Usage: Pratical Use
Super Special Grade
Specific Usage: For Synthesis
Specific Usage: For Scintillation
For Electrophoresis Use
For Refractive Index
Usage: Analytical Reagents
Usage: Diagnostic Reagents
Usage: Teaching Reagents
Source: Hydrolysis
Source: Oxidation
Application: Scientific Research
Application: Health
Application: Environmental Protection
Application: Agriculture
Application: Drinks
Application: Flour Products
Application: Condiment
Application: Jelly/Ice Cream
Carboxyl No.: Dicarboxylic Acid
Alkyl No.: Unsaturated Acid
Colour: Colorless
Certification: ISO
Certification: HACCP
Function: Rehabilitation
Function: Flame Resistance
Function: Heat Resistance

Sourcing guidance for Formic Acid 85%\90%

What are the key technical specifications to verify when sourcing Formic Acid for industrial use?

Buyers must prioritize purity levels (85% or 90%) and check for impurity limits, specifically acetic acid content (<0.4%) and heavy metals (<0.001%). Ensure the product is a clear, colorless liquid with no visible suspended solids. For high-end applications like textiles or pharmaceuticals, request a Certificate of Analysis (COA) for every batch to confirm the acid value and density (approx. 1.22 g/cm³ for 90% concentration).

Which international compliance standards and certifications are mandatory for Formic Acid?

As a hazardous chemical, Formic Acid must comply with the GHS (Globally Harmonized System) for labeling and packaging. Ensure the supplier provides a valid MSDS (Material Safety Data Sheet). For export, verify the UN Number (UN 1779) and Hazard Class (Class 8 Corrosive, Sub-risk Class 3 Flammable). If importing to Europe, the supplier must be REACH compliant; for the US, check for TSCA (Toxic Substances Control Act) inventory status.

How should the packaging and storage requirements be evaluated for bulk procurement?

Formic Acid is highly corrosive. Ensure the supplier uses acid-resistant packaging such as HDPE (High-Density Polyethylene) drums (25kg, 35kg, or 250kg) or IBC tanks (1200kg). For large-scale liquid transport, ISO tanks are recommended. Verify that the packaging is UN-certified for hazardous goods to prevent leaks during long-distance cross-border transit.

What are the primary industrial usage scenarios for 85% vs 90% Formic Acid?

85% Formic Acid is widely used in the leather industry for tanning and fixing, as well as in rubber coagulation. The 90% concentration is more common in pharmaceutical synthesis, pesticide production, and as a silage additive in agriculture. Choosing the correct concentration is vital for chemical reaction efficiency and cost-effectiveness in your specific production line.

Cross-Border Procurement & Risk Management for Formic Acid

What are the specific logistics risks when shipping Formic Acid internationally?

Formic Acid is classified as Dangerous Goods (DG). You must use a freight forwarder with DG handling qualifications. Shipping risks include temperature sensitivity (it may fumes at high temperatures) and leakage hazards. Ensure the vessel is equipped for Class 8 chemicals and that the stowage position is away from heat sources and reactive chemicals like strong alkalis or oxidizers.

How can buyers ensure transaction security and supplier reliability on Made-in-China.com?

Always select Audited Suppliers on Made-in-China.com who have undergone third-party verification by agencies like SGS or Bureau Veritas. Use Secured Trading Services to protect your payment until the goods are shipped. Before placing a bulk order, request a pre-shipment inspection (PSI) to verify the concentration and net weight at the loading port.

What negotiation strategies should be used for long-term chemical sourcing?

Chemical prices fluctuate with raw material costs (like methanol and carbon monoxide). Negotiate a formula-based pricing model or a volume-based discount (e.g., 5-10% off for full container loads). Discuss lead times clearly, as hazardous goods often require special booking windows with shipping lines, typically needing 14-21 days advance notice.

What are the customs and trade policy considerations for Formic Acid?

Check the HS Code (2915110000) for specific import duties in your country. Be aware of Anti-Dumping Duties (ADD) that some regions may impose on chemical imports from specific origins. Ensure all Export Licenses for hazardous chemicals are prepared by the Chinese supplier to avoid delays at China Customs during the exit inspection.

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