Industrial Grade • USP/EP Monograph • Global Direct Supply

Wholesale Polyethylene Glycol 600 Manufacturer & Pricelist

White Paper on Technical Specs, Global Industrial Consumption, Custom Alkoxylation Engineering, and Factory-Direct Volume Cost Benchmarking for High-Throughput Formulators.

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Wholesale Polyethylene Glycol 600: Engineering Profile

Polyethylene Glycol 600 (CAS: 25322-68-3) is a linear polyether diol synthesized through the controlled addition polymerization of ethylene oxide to monoethylene glycol or diethylene glycol under precise basic catalytic conditions. This white paper reviews its rheological metrics, procurement pricing bands, and structural benefits across demanding process streams.

570-630
Mean Molecular Weight (Da)
178-197
Hydroxyl Value (mg KOH/g)
20-25°C
Solidification Critical Temp
≤0.2%
Standard Karl Fischer Water

Distinctive Phase Behavior

Unlike lower oligomers (PEG 200/400) which remain entirely liquid at room temperatures, and higher homologs (PEG 1000+) which solidify into hard waxy flakes, PEG 600 occupies the critical transition window. At ambient temperatures above 25°C, it exhibits high-clarity Newtonian liquid dynamics, transitioning to a soft paste below 20°C. This unique property makes it the premier plasticizing vehicle in specialty lubricants and paste matrices.

Extreme Hydrophilic Humectancy

Equipped with a dense backbone of recurring oxyethylene repeating units [-(CH2-CH2-O)n-], PEG 600 delivers extreme water-binding capacity and hygroscopicity. It acts as an active moisture sink in textile finishing formulations, prevents drying in waterborne ink systems, and acts as a neutral non-volatile solvent in reactive polyurethane polymer architectures.

Low Chemical Toxicity & Biocompatibility

With verified non-mutagenic, non-irritating characteristics and near-zero volatility (Flash Point > 245°C), our high-purity Polyethylene Glycol 600 passes stringent limits for residual ethylene oxide (< 1 ppm), 1,4-dioxane (< 1 ppm), and heavy metal traces (< 5 ppm). This makes it entirely safe for downstream processing into USP/EP grade pharmaceutical excipients, topical formulations, and cosmetics.

Technical Data Matrix & Wholesale Price Structure

Direct procurement pricing from our modern alkoxylation production base. Commercial quotes reflect raw ethylene oxide market values and contract volume tiering.

Analytical Parameter Test Standard / Method Industrial Coating Grade Pharma / Cosmetic Grade
Appearance (25°C) Visual Inspection Colorless to light yellow viscous liquid Clear, colorless viscous liquid / paste
Color (Pt-Co / Hazen) GB/T 3143 / ASTM D1209 ≤ 50 ≤ 15
Hydroxyl Value (mg KOH/g) ASTM D4274 175.0 – 200.0 178.0 – 197.0
Average Molecular Weight Calculated via OHV 560 – 640 570 – 630
Kinematic Viscosity (40°C, mm²/s) GB/T 265 / ASTM D445 55.0 – 70.0 60.0 – 68.0
Moisture Content (% w/w) Karl Fischer Titration ≤ 0.50% ≤ 0.15%
pH Value (5% Aqueous, 25°C) Potentiometric (ISO 4316) 5.0 – 7.0 5.0 – 7.0
Residue on Ignition (Ash, %) Gravimetric / USP ⟨281⟩ ≤ 0.1% ≤ 0.05%
1,4-Dioxane / Ethylene Oxide Headspace GC-MS Not specified ≤ 1 ppm (Each)

Spot / Pilot Volume Tier

$1,480 - $1,620 / Metric Ton

  • Minimum Order Quantity: 1 Drum (200kg) to 5 MT
  • Packing: Standard 200kg Galvanized Steel Drums
  • Lead Time: 3-5 business days from stock inventory
  • COA Provided: Full lot analytical breakdown included
Inquire Spot Rate
Most Demanded

Full Container Load (FCL)

$1,320 - $1,420 / Metric Ton

  • Batch Scale: 1x20'GP (16 MT Drum / 18 MT IBC)
  • Options: 1000L Intermediate Bulk Containers (IBC)
  • Lead Time: 7-10 days to Qingdao / Shanghai Port
  • Export clearance documentation included
Lock Container Quote

Annual Contract / ISO Tank

$1,180 - $1,280 / Metric Ton

  • Procurement Tier: > 100 Metric Tons Annually
  • Packaging: Dedicated Stainless 24-26 MT ISO Tanks
  • Customized narrow-molecular-distribution batches
  • Fixed-index pricing based on raw EO feedstocks
Consult Supply Director

Localized Application Scenarios & Sector Implementations

Evaluating technical utility across global manufacturing clusters, localized regulatory profiles, and application formulations.

Polyurethane & Reactive Elastomer Synthesis

Within the automotive seat foaming and cast elastomer plants across North America and Europe, PEG 600 functions as a hydrophilic diol chain extender. It imparts flexible chain mobility, optimizes phase separation between hard and soft segments, and provides tailor-made anti-fogging and water-vapor transmission capabilities to synthetic leather and specialty microporous polyurethane membranes.

Precision Metalworking & Hydraulic Lubricants

In high-speed CNC milling and stamping operations throughout Japanese and German machine tool hubs, pure mineral oils are restricted due to VOC and fire risks. PEG 600 is formulated into water-soluble, synthetic metal cutting fluids. It exhibits exceptional boundary film lubrication, minimizes thermal degradation under heavy tool friction, and produces residue that washes clean in post-machining water rinses.

Pharmaceutical Excipients & Transdermal Delivery

In localized pharmaceutical plants across India and Latin America, PEG 600 serves as a co-solvent and bio-absorption enhancer for water-insoluble Active Pharmaceutical Ingredients (APIs). When blended with PEG 4000, it regulates dissolution rates in soft gelatin capsules and solid suppositories, maintaining zero physiological tissue toxicity and zero immune-sensitizing side effects.

Textile Finishing & High-Speed Sizing Auxiliaries

Within Southeast Asian textile mills (Vietnam, Bangladesh), yarn friction causes thread severance on automated high-speed weaving looms. Formulations containing PEG 600 impart antistatic dissipation, suppress yarn fly, and lubricate synthetic fibers (polyester, nylon). Its complete water dispersibility eliminates harsh degreasing baths during pre-dyeing operations.

Electronic Chemical Intermediates & Electroplating

In modern PCB and microelectronic component fabrication, PEG 600 serves as a suppressor additive in acid copper plating electrodeposition baths. It adsorbs selectively to high-current-density peaks on via holes, ensuring planar copper filling across semiconductor interconnect architectures without micro-void entrapment.

Supply Chain Resilience: China Factory Hub Advantages

YANXA's manufacturing facility integrates continuous petrochemical feedstocks, state-of-the-art alkoxylation reactors, and direct ocean port corridors to safeguard procurement continuity against raw material volatility.

Upstream Feedstock Integration

Our plants are situated inside first-tier national petrochemical parks with dedicated pipeline access to ethylene oxide (EO) and purified monoethylene glycol (MEG). This vertical integration insulates our production lines from spot logistics premiums, guaranteeing non-stop output schedules even during seasonal raw material curtailments.

Pressurized DCS Loop Reactors

We deploy loop ethoxylation technology coupled with Emerson DeltaV DCS automated controls. By managing the exotherm of the oxirane addition within 0.5°C tolerances, we maintain a tight polydispersity index (Mw/Mn ≤ 1.07), ensuring absolute viscosity repeatability across multi-thousand-ton deliveries.

Multi-Modal Packaging & Ocean Hub Access

Located within short drayage distance of Qingdao and Shanghai ocean ports, our dedicated loading racks handle heated ISO tank containers, nitrogen-blanketed IBC totes, and heavy-gauge steel drums with internal epoxy linings, preventing moisture absorption during long transoceanic maritime transits.

Technical Roadmap & Market Outlook (2025–2030)

Global polyether chemistry is evolving toward lower carbon intensity, narrower molecular weight distributions, and green catalytic processes. Explore our engineering milestones.

Bio-Ethylene Feedstock Transition

To support global Net-Zero carbon goals, YANXA's technical roadmap includes the validation of bio-derived ethylene oxide produced via bio-ethanol dehydration. This process generates drop-in bio-based Polyethylene Glycol 600 with an identical CAS identifier and technical performance, reducing upstream Scope 3 carbon intensity by more than 40%.

Double Metal Cyanide (DMC) Catalysis

Conventional base catalysts (KOH/NaOH) leave trace residual ash requiring post-synthesis acid neutralization and salt filtration. YANXA is engineering continuous DMC catalyst platforms that operate at high turnover frequencies, virtually eliminating residual potassium/sodium ions and lowering ash content to below 10 ppm for electronic and optical formulations.

Real-Time Process NIR Spectroscopy

Integrating in-line Near-Infrared (NIR) probes directly into our continuous finishing circuits enables real-time, automated tracking of hydroxyl values and moisture content during polymerization. This feedback control loop eliminates human testing delays and prevents out-of-spec blending, establishing unmatched lot-to-lot consistency.

Global Compliance & Regional Regulatory Guarantees

YANXA eliminates regulatory and border clearance risks through comprehensive documentation suites, proactive registration renewals, and international trade governance.

EU REACH & UK REACH Registrations

Polyethylene Glycol 600 polymer imports into Europe require compliance from designated Only Representatives (OR). YANXA maintains full EU REACH active dossiers and UK REACH notifications, enabling seamless commercial clearance for downstream distributors and OEM blenders throughout the EU single market and the UK.

US TSCA, FDA & Pharmacopeia Monographs

Our PEG 600 polymer is certified on the US Toxic Substances Control Act (TSCA) Active Inventory. For food contact and oral or topical excipient formulations, our specialized high-purity grades comply with FDA 21 CFR 178.3750, US Pharmacopeia (USP-NF), and European Pharmacopoeia (Ph. Eur.) compendial standards.

Asia-Pacific Chemical Inventory Filings

Our compliance engineers maintain comprehensive inventory listings across key APAC regional authorities, including China (IECSC), Japan (ENCS/ISHL), South Korea (K-REACH), Australia (AIIC), and the Philippines (PICCS), expediting customs declarations across all Asian manufacturing destinations.

Frequently Asked Questions: Bulk PEG 600 Procurement

Key inquiries addressed by our technical sales engineers, chemical formulation specialists, and international shipping coordinators.

What is the exact physical state of PEG 600 across seasonal winter and summer transport?
Polyethylene Glycol 600 features a freezing/congealing range of 20°C to 25°C (68°F to 77°F). In summer or warm warehouses, it remains a transparent, clear viscous liquid. During winter transport or sub-20°C climates, it crystallizes into a soft white, pasty semi-solid. This is completely reversible and does not affect the polymer's chemical integrity or molecular weight distribution. To liquefy solid drums, gently warm them in a hot room or drum heater blanket between 40°C and 50°C.
How does YANXA guarantee low moisture pickup in hygroscopic PEG 600 bulk packaging?
Polyethylene glycols are naturally hygroscopic. At YANXA, all finished product reservoirs, packaging filling heads, and ISO containers undergo continuous dry nitrogen blanket purging (dew point < -40°C). Our 200kg steel drums feature rubber seal gaskets and triple-rolled seams, while our 1000L IBCs include gas-tight valves. As a result, moisture levels stay well within the technical specification (≤ 0.2% w/w) throughout long-distance maritime transit.
Can YANXA synthesize custom-tailored hydroxyl values or PEG blends?
Yes. Beyond standard technical and pharma-grade PEG 600 (OHV 178–197 mg KOH/g), our DCS loop reactors can polymerize specialized narrow-distribution fractions with target hydroxyl values between 180 and 190, or customize multi-component liquid-solid blends (such as PEG 400/600/1500) optimized for specialized foundry binder systems or thermal transfer fluids.
What export compliance documentation is supplied with commercial orders?
Every shipment includes a verifiable batch-specific Certificate of Analysis (COA) listing Hazen color, moisture, hydroxyl value, and kinematic viscosity. Furthermore, we provide 16-section Safety Data Sheets (SDS) in accordance with UN GHS standards (compliant with OSHA HazCom 2012, EU CLP 1272/2008), Technical Data Sheets (TDS), packing declarations, and commercial Certificates of Origin (Form E, CO, or RCEP where applicable).
Is PEG 600 classified as dangerous cargo under IMDG / ICAO transport codes?
No. Under UN Model Regulations, IMDG (maritime), ADR (road), and IATA (air) cargo safety frameworks, Polyethylene Glycol 600 is classified as non-hazardous, non-toxic, and non-dangerous goods. It carries no UN hazard transport number and has a high flash point (> 245°C), simplifying international customs clearance, port transit, and local warehousing.

Explore Allied Chemicals & Functional Materials

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