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Liquid chemical

I have found results from300000+products and100000+suppliers aboutLiquid chemical

Commonly Used:
US$
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Customization Available
Sample Available
Manufacturer First
Product Attributes:
Synthesis Material Intermediates
Sewage Treatment Chemicals
Industrial Circulating Water Treatment Agent
Type: Amphiprotic Solvent
Sodium Organic Salt
Type: Sodium Sulfate
Flavor & Fragrance Intermediates
Type: 1°(Primary Alcohol)
Grade Standard: Industrial Grade
Colour: Light Yellow
Carboxyl No.: Monoacid
Alkyl No.: Unsaturated Acid
Appearance: Liquid
Source: Hydrolysis
Quality: Industrial
Coating Auxiliary Agents
Acidic Surface Disposal Agent
Environmental Protection: Yes
Composition: Inorganic
Flux Type: Basic Flux
Textile Printing Auxiliary
Certification: CCIC
Purity: 50%~80%
Classification: Specific Reagents
Content: Standard
Property: Water-Solution
Water Type Coating Auxiliary Agent
Usage Stage: Manufacturing Stage
Grade: AR
For Biological Purpose
Habit Appellation: Chemical Medicine
Hydroxyl No.: Monohydroxy
Colour: Transparent
Colour: White
Colour: Colorless
Appearance: Powder
Source: Imported Reagents
Quality: Refined
Usage: Paper Chemicals
Leather Auxiliary Agents
Usage: Dissolved
Usage: Medium
Usage: Bonding
Usage: Dilution&Buffer
Rubber Auxiliary Agents
Plastic Auxiliary Agents
Usage: Surfactants
Usage: Electronics Chemicals
Textile Auxiliary Agents
Usage: Laboratory Reagents
Usage: Analytical Reagents
Usage: Diagnostic Reagents
Usage: Teaching Reagents
Application: Dying Auxiliary
Application: Post-Processing Auxiliary
Application: Industry
Application: Paper Coating
Application: Scientific Research
Application: Health
Application: Environmental Protection
Application: Agriculture
Certification: CIQ
Certification: RoHS
Certification: ISO
Certification: REACH
Purity: 90%~99%
Organic Analytical Reagents
Classification: Saturated Alcohol
Property: Inorganic Reagent
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
Specific Usage: Pro Analysis

Sourcing guidance for Liquid Chemical

What are the essential technical specifications to verify when sourcing liquid chemicals?

Buyers must prioritize the Purity Level (Assay), typically expressed as a percentage, to ensure it meets industrial or laboratory requirements. Key parameters include pH value, density, viscosity, and moisture content. For specialized applications, request a Certificate of Analysis (COA) for every batch to verify that the chemical composition aligns with the Technical Data Sheet (TDS).

Which international compliance standards are mandatory for liquid chemical procurement?

All liquid chemicals must be accompanied by a Safety Data Sheet (SDS/MSDS) compliant with the GHS (Globally Harmonized System). Depending on the chemical type, you may require REACH registration for the EU market, TSCA compliance for the US, or ISO 9001/ISO 14001 certifications to ensure quality management and environmental safety during production.

How should packaging and storage requirements be evaluated for hazardous liquid chemicals?

Ensure the supplier uses UN-certified packaging (such as IBC tanks, steel drums, or HDPE containers) that is compatible with the chemical's corrosivity and reactivity. The packaging must feature clear hazard labeling and be capable of withstanding pressure changes during air or sea transit. Verify that the supplier provides storage temperature guidelines to prevent degradation or dangerous reactions.

What role does 'Grade' play in determining the economic feasibility of the purchase?

Choosing the correct grade is vital for cost-efficiency. Industrial Grade is suitable for large-scale manufacturing and is the most cost-effective, whereas USP/BP (Pharmaceutical) or ACS (Reagent) Grades carry a significant premium due to higher purity and stricter testing. Aligning the grade strictly with your specific usage scenario prevents overpaying for unnecessary purity levels.

Cross-Border Procurement & Risk Management for Liquid Chemicals

What are the primary risks associated with cross-border liquid chemical logistics?

The main risks include leakage, contamination, and customs seizure due to improper documentation. To mitigate this, ensure the supplier provides a DGM report (Dangerous Goods Management) or a Certification for Safe Transport of Chemical Goods. Always use freight forwarders specializing in Class 1-9 hazardous materials to navigate complex port regulations.

How can I ensure transaction security when dealing with new chemical suppliers?

Utilize Trade Assurance services provided by reputable platforms like Made-in-China.com to protect your payment until delivery is confirmed. For large bulk orders, consider a Letter of Credit (L/C) and mandate a third-party pre-shipment inspection (e.g., SGS or BV) to verify the quantity and quality before the vessel departs.

What strategies should be used when negotiating with chemical manufacturers?

Negotiate based on volume-tiered pricing and long-term supply stability. Since chemical prices are often tied to raw material commodity indexes, try to lock in prices for 3-6 months or agree on a price adjustment formula. Requesting a small sample (500ml - 1L) for lab testing before committing to a full container load is a standard and necessary negotiation point.

What are the specific requirements for shipping liquid chemicals to international markets?

Shipping requires a Dangerous Goods Declaration (DGD) and specific IMDG (International Maritime Dangerous Goods) code compliance for sea freight. Ensure the HS Code is accurately classified to avoid heavy fines or delays at customs. For door-to-door delivery, confirm the local carrier has the necessary permits to handle hazardous liquids in the destination country.

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