Oxalyl dihydrazide (ODH, CAS 996-98-5) is a high-nitrogen specialty chemical valued in advanced materials research. Its two hydrazide groups (–NHNH₂) and carbonyl link give it unique reactivity and density, making it a key reagent in chemical synthesis and energetic materials development. For example, ODH serves as a versatile building block in condensation reactions and hydrazone formation. Researchers use it to prepare nitrogen-rich compounds for fine chemicals and agricultural products. In materials science, ODH is employed as a cross-linker in polymer coatings and adhesives, enhancing strength and durability. Its ability to coordinate with metal ions also finds use in catalysts and advanced materials research. These civilian applications (e.g. adhesives, specialty polymers, and even high-energy density propellants or mining explosives in R&D) underscore ODH’s importance in non-military, non-pharmaceutical fields.

Chemical Properties and Industrial Grades

ODH is a small, stable molecule: C₂H₆N₄O₂ with a molecular weight of 118.10 g/mol. It appears as a white to pale yellow crystalline powder, typically odorless. It melts around 242–245 °C (decomposing on melting) and has a density of about 1.46 g/cm³. The compound is moderately hygroscopic and has limited solubility – only slightly soluble in cold water but readily soluble in hot water or hot alkaline solutions, while insoluble in ethanol or ether. ODH is generally stable at room temperature and pressure (to avoid decomposition it should be kept cool and away from shock, heat or strong oxidizers).

For industry, ODH is supplied in high-purity grades (typically ≥98% pure, HPLC standard). Quality specifications often require moisture ≤0.5% and ash ≤0.1%. It is shipped as a solid powder/crystal: common packaging includes 1 kg bottles or 25 kg fiber drums, though smaller or larger sizes can be customized. Transport regulations classify ODH as a toxic organic solid (UN 2811, Class 6.1), so all shipments require proper labeling, packing, and handling procedures to ensure safety. (Customers can request Certificates of Analysis and Origin to verify purity and compliance.)

Global Supply and Demand Trends 

Recent trade data illustrate the global flow of ODH (and related dihydrazides). Major chemical exporters include China, Japan, and South Korea, which together supply most of the world’s demand. The United States is currently the largest importer of ODH, accounting for hundreds of shipments per year, with India and Vietnam also among the top buyers. (Volza trade statistics report 213 shipments into the US and 203 into India over the last year.) Demand in North America and Europe remains strong due to established specialty chemical and materials industries, but Asia–Pacific (especially China and India) is expected to drive future growth as more R&D and production capacity comes online. The global market is projected to expand steadily: ODH’s role in high-purity chemical synthesis and advanced materials (e.g. new polymer resins, adhesives, and energetic formulations) supports continued demand.

Customs data confirm these trends. For example, recent import statistics show the US, India and Vietnam as the top importers of dihydrazide compounds. Other regions like Germany/EU and Japan have more specialized demand: Germany’s chemical and electronics sectors use ODH for coatings and sensor materials under strict EU regulations (REACH registration and CLP labeling are required). Japan, a major Asian supplier, also consumes ODH domestically for its chemical and materials R&D. Taiwan and other Asia-Pacific markets (with growing electronics and plastics industries) likewise use ODH in niche applications, often relying on imported material from China or Japan. In all markets, industry trends emphasize sustainability and safety, so buyers increasingly favor suppliers who can document eco-friendly processes and compliance.

Regional Market Insights

• United States: The US leads import volume and has applications in specialty R&D (universities and defense labs also study ODH’s use in propellants, though commercial uses are civilian). US customers expect TSCA-compliant products and OSHA-level safety documentation. Bulk pricing trends in the US have been relatively stable, though subject to raw-material cost changes and currency fluctuations.

• Europe (Germany/EU): Europe’s stringent REACH rules mean ODH must be registered and accompanied by detailed Safety Data Sheets. German companies use ODH mainly in fine-chemical synthesis and polymer technology (e.g. waterborne coatings). RoHS is less relevant since ODH is not used in finished electronics; however, EU customers often demand ISO-certified supply chains and SDS in local languages. The European market favors high-purity (99%) ODH and values suppliers with local warehousing and quick export documentation.

• Japan: As both a producer and consumer, Japan has advanced uses for ODH in chemical research and production. Domestic firms (like TCI) supply high-grade ODH for laboratories and pilot-scale production. Japanese buyers focus on strict quality (often requiring >96% purity) and detailed analytical charts. Japan’s Chemical Substance Control Law (CSCL) and hazard communication rules apply, so exporters must ensure proper labeling. Price trends in Japan have been influenced by yen exchange rates and competition from Chinese imports.

• India: India’s growing agrochemical and specialty chemicals sectors drive ODH demand, mainly for pesticides research and polymer additives. Many Indian companies import Chinese ODH, often in drum quantities. The market is price-sensitive, so buyers compare multiple suppliers. Regulatory oversight is increasing (the Ministry of Chemicals monitors imports), but industry standards (like ISO 9001, and Good Manufacturing Practices for reagents) are commonly required.

• Taiwan: Taiwan’s manufacturers of adhesives, plastics and analytical reagents use ODH in specialized formulations. Suppliers typically ship ODH to Taiwan from mainland China or Japan under Taiwan’s environmental safety rules (ODH is listed on local chemical hazard lists). Taiwanese importers prioritize consistent quality and reliable delivery, since many high-tech industries there depend on specialty chemicals.

In summary, while the exact industry uses differ by region, all markets share concerns about product quality, safety compliance, and reliable supply. Buyers in each region face similar trends: growth in high-tech and R&D applications boosts ODH demand, but tight regulations (REACH in EU, TSCA in US, CSCL in Japan) require certified compliance.

Buyer Considerations and Certifications

International buyers of ODH typically evaluate suppliers on several key factors:

• Product Stability and Safety: ODH is stable under normal storage but can decompose under extreme heat or shock. It should be packaged to avoid moisture and friction. Buyers look for suppliers who conduct thorough quality control (e.g. COA and SDS testing) to ensure the batch meets specs. Documentation often cites standardized tests (HPLC purity, melting point) to verify consistency.

• Regulatory Compliance: Because ODH is classified as UN2811 (Class 6.1 toxic solid), all transport must comply with international dangerous-goods rules (IMDG, IATA, ADR). Exporters must provide proper labeling and Material Safety Data Sheets. In Europe, REACH registration is required, and in many cases buyers also request conflict-mineral declarations or REACH pre-registration numbers. RoHS/ELV is generally not applicable (ODH is not a banned electrical component), but many electronic-industry buyers still demand documentation that ODH meets any relevant environmental or safety standards.

• Bulk Supply Capability: Many industrial projects need ODH by the ton. Large buyers inquire about production capacity and lead time. Companies often highlight their tonnage-scale capacity to assure customers. For example, one leading supplier advertises batch capabilities from 100 kg up to 100 MT using continuous processes. This range covers everything from small R&D quantities to large industrial needs. Buyers also ask about stock levels and logistics – e.g. "Is ODH kept in bonded warehouse? Can you expedite shipping?" Reliable suppliers will mention their warehousing and global shipping networks.

• Price Trends: The price of ODH depends on raw material costs (hydrazine derivatives, oxalic acid) and demand. In recent years prices have been relatively stable, but tight supply or increased global demand can cause upward pressure. Some market reports note ongoing growth in specialty chemical sectors, implying a slowly rising price trend. Buyers should watch for periodic market updates; a good supplier can offer historical price data and transparent quotations.

• Quality Certifications: Reputable ODH suppliers hold quality and safety certifications. For example, ISO 9001 (quality management) and ISO 14001 (environmental) reassure buyers of consistent production standards. Many producers also submit ODH for independent analysis (3rd-party lab testing) to confirm purity and absence of contaminants. EU buyers may also look for an EU REACH authorization statement or a RoHS exemption if relevant to their application.

• Logistics and Support: Finally, buyers care about customer service. Leading traders emphasize fast response, technical support, and after-sales service. This includes offering full documentation (MSDS, COA, packaging photos), arranging customs clearance, and even drop-shipping if needed. A competitive supplier will mention multilingual sales teams, 24/7 support, and spare-part availability for key packaging equipment.

Our Company’s Strengths

As an established global trader of Oxalyl Dihydrazide, we offer distinctive advantages:

• Stable, Long-Term Supply: We partner with multiple certified manufacturers and maintain large inventory. Our ODH sources come from plants capable of hundreds of tons per year, so we can fulfill both small lab orders and bulk industrial contracts without delay.

• Fast Response & Custom Service: We handle inquiries promptly and provide technical consultation. Our team can arrange custom packaging (drums, bottles, liners) to meet customer needs. We coordinate closely with logistics providers to ensure on-time delivery globally.

• Stringent Quality Control: Every batch of ODH is tested in third-party labs. We supply full documentation (COA, SDS, purity analysis) with each shipment. Customers can also request specific tests (e.g. metal content, residual solvents) to satisfy internal standards.

• Global Distribution Network: With offices and partners in Asia, Europe, and North America, we ensure smooth international shipping. We are experienced with all major incoterms and customs procedures for chemicals. (ODH’s UN2811 hazard status is handled through our certified hazmat carriers.)

• Regulatory Compliance: We assist buyers in navigating import regulations. All our ODH is REACH-registered and TSCA-listed. We provide compliance certificates and help with any local regulatory filings. Many customers appreciate that we proactively update our practices to meet changes in global chemical laws.

Given these strengths, our ODH clients can rely on uninterrupted supply, consistent quality, and full documentation – all critical factors for international projects.