Products
High-Performance Engineering Polymer:Polyoxymethylene (POM) is a high-molecular-weight polymer of formaldehyde, featuring a chain length of approximately 8 to 100 repeating units, offering excellent mechanical strength and stability.
Excellent Heat Resistance:Long-chain polyoxymethylene is widely used in the production of heat-resistant engineering plastics, making it suitable for demanding industrial applications.
Widely Recognized Material:Also known as polyoxymethylene plastics (POE), POM is commercially recognized under well-known brands such as DuPont’s Delrin®, reflecting its proven performance and reliability.
Predictable Thermal Decomposition:When exposed to high temperatures, polyoxymethylene decomposes rapidly and releases formaldehyde with a slight odor, allowing for clear processing and safety considerations during use.
Product Description of Paraformaldehyde CAS#30525-89-4
Paraformaldehyde, also known as polyoxymethylene (POM), is a high-molecular-weight polymer derived from formaldehyde, typically consisting of 8 to 100 repeating units. Long-chain polyoxymethylene is widely used in the manufacture of heat-resistant engineering plastics, commonly referred to as polyoxymethylene plastics (POE), and is commercially recognized under brands such as DuPont’s Delrin®.
Under elevated temperatures, polyoxymethylene decomposes readily and releases formaldehyde with a slight characteristic odor, making proper handling and processing conditions essential.
Product Application of Paraformaldehyde CAS#30525-89-4
Paraformaldehyde is mainly used in the production and use of herbicides, and is also used to make synthetic resins (such as artificial horn products or artificial ivory) and adhesives. It is also used in the chemical book pharmaceutical industry (active ingredients of contraceptive creams) and for the disinfection of pharmacies, clothes and beddings. Paraformaldehyde can also be used as a fumigant, fungicide and insecticide.
Parameters
Safety Information
Delivery Time
Inventory 2-3 working days New manufacturing 7-10 working days
Mode of Transportation
1. By Air, fast but expensive.
2. By Sea, usual and economy.
3. By Train, suit for middle Asia countries.
4. By Express, suit for small package.
We only provide highest quality goods available, accompanied by after support!
1. Why Supply Chain Transparency Matters in Global Chemical Procurement
Chemical buyers evaluate more than price and delivery time. Clear specifications, matching batch documents, consistent packaging information, and traceable logistics all affect customs clearance, warehouse inspection, and production use.
When selecting a supplier, buyers should review how the company confirms specifications, manages documents, handles changes, and responds to problems. Transparent processes help reduce order risks and improve long-term procurement reliability.
2. Seven Essential Details for a Chemical Product Inquiry
A product name alone is often insufficient for an accurate quotation. Buyers should provide the product name and CAS number, key specifications or purity, final application, required quantity, packaging requirements, destination, and expected delivery time or preferred Incoterms.
If COA, SDS, TDS, special labels, certifications, or registration documents are required, these details should also be included in the initial inquiry. Complete information helps suppliers confirm product, logistics, and documentation conditions more efficiently.
3. What Are the Differences Between COA, SDS, and TDS?
A COA is a batch-specific Certificate of Analysis showing test items, required ranges, and actual results. It is mainly used for quality verification and incoming inspection.
An SDS provides safety, handling, storage, emergency, and transportation information. A TDS describes typical product properties, technical parameters, and application guidance. Buyers should confirm the required document version, language, and applicable standards before placing an order.
4. Key Conditions to Confirm Before International Chemical Transportation
Before shipment, confirm the product identity, physical form, transport classification, and applicable regulations. An SDS is an important reference, but the final shipping arrangement must also meet regulatory and carrier requirements.
Packaging, sealing, moisture protection, palletizing, labels, ports, documents, Incoterms, and transport schedules should be clearly confirmed. Early verification helps prevent delays caused by carrier restrictions or incomplete documentation.
5. How to Evaluate Chemical Product Sample Test Results
Sample evaluation should consider both product compliance and application performance. Laboratory results do not always guarantee the same performance in every formulation or production process.
Before testing, record the sample batch, COA, storage condition, and sampling method. During application tests, keep consistent records of formulation, dosage, process conditions, and results. After approval, reconfirm the formal order specifications, inspection method, packaging, and batch documents.
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