| Quantity: | |
|---|---|
DS-6350
Slightly Yellow and Transparent
X-Z2
53±2
25-35
NBA/EE
DS-373 resin combined with waterborne amino resins to prepare solid waterborne color paints for metal coatings such as shutters and e-bike frames.
Waterborne Resin DS-6350 is a functional monomer and (meth)acrylate monomer-based resin designed for waterborne industrial coating applications. The pH is adjusted to 7.5–8.5 using a suitable amine neutralizer, after which the resin can be combined with waterborne amino resins to formulate solid-color waterborne coatings for metal substrates. It is suitable for applications such as metal shutters and electric bicycle frames. Its formulation performance and final coating properties depend on the selected amino resin, additives, and curing conditions.
The following parameters represent the exact physical and chemical properties you can expect from every single batch delivered to your facility, ensuring that your topcoats consistently meet the highest industry standards for clarity, viscosity, and solid content.
Parameter | Specification |
|---|---|
Product Name | DS-6350 |
Chemical Composition | Copolymer of E-10 and (meth)acrylate monomers |
Solvent | NBA/EE |
Appearance | Light yellow and transparent, free of mechanical impurities |
Color | <1 |
Viscosity (Grifler tube, 25℃), seconds | X-Z2 |
Solid content (150℃, 1h), % | 53±2 |
Acid value (solution, mgKOH/g) | 25-35 |
DS-6350 is a waterborne resin designed for industrial metal coating applications. After adjusting the pH to 7.5–8.5 with a suitable amine neutralizer, it can be combined with waterborne amino resins to formulate solid-color waterborne coatings. It is suitable for metal products such as shutters and electric bicycle frames.
Industrial Metal Coating Applications: Designed for solid-color waterborne coatings used on metal substrates, including shutters and electric bicycle frames.
Waterborne Amino Resin Compatibility: Can be combined with suitable waterborne amino resins after pH adjustment with an amine neutralizer.
Controlled Viscosity: With a specified viscosity range of X–Z2, DS-6350 provides a defined parameter for formulation development and quality control.
Defined Solid Content: With a solid content of 53±2%, DS-6350 offers a measurable basis for formulation design and coating process adjustment.
For coating formulators and research and development engineers, the technical properties of a resin are essential for developing stable and reliable coating systems. DS-6350 has a defined solid content, viscosity range, and appearance to support waterborne industrial coating formulation.
Solid Content: With a solid content of 53±2%, DS-6350 provides a defined basis for formulation design and quality control.
Appearance: Its slightly yellow and transparent appearance is a key visual specification for incoming material inspection and batch consistency.
Controlled Viscosity: The specified viscosity range of X–Z2 helps formulators assess the resin's flow characteristics and suitability for their intended coating system.
Defined Formulation Parameters: DS-6350 uses an NBA/EE solvent system, according to the supplied product information. The exact solvent identities should be confirmed before publication.
DS-6350 is designed for waterborne industrial metal coating formulations using waterborne amino resin as a crosslinking component.
Targeted Industry Applications: Suitable for solid-color waterborne coatings for metal products such as shutters and electric bicycle frames.
Waterborne Amino Resin Compatibility: After adjusting the pH to 7.5–8.5 with a suitable amine neutralizer, DS-6350 can be combined with compatible waterborne amino resins.
Solid-Color Coatings: Intended for formulating pigmented waterborne coatings for industrial metal substrates.
Formulation Flexibility: The final coating properties depend on the amino resin, pigments, additives, substrate preparation, and curing conditions. Compatibility and performance should be verified through application testing.
We understand that efficient formulation development is essential for achieving consistent coating quality and reducing laboratory trial time. To support our customers, we provide technical guidance and formulation recommendations tailored to specific coating applications.
DS-6350: 50
Dimethylethanolamine: 2.5-3.5
Dispersant (Lubrizol 27000) : Appropriate amount
Leveling agent (Tego 425) : Appropriate amount
Defoamer : Appropriate amount
Anti-cratering agent : Appropriate amount
Cosolvent (Ethanol/DPM/BCS=4/3/3): 10-20
Deionized Water: 10-20
This precise ratio guarantees excellent workability and optimal curing, allowing your production floor to maintain high throughput with minimal adjustments.
DS-6350 is designed for waterborne industrial coating formulations. Its environmental and safety profile should be assessed based on the complete coating formulation, the raw materials used, and the applicable safety documentation.
Waterborne Coating Applications: DS-6350 can be used in waterborne solid-color coatings for metal products such as shutters and electric bicycle frames, following pH adjustment and blending with a suitable waterborne amino resin.
VOC Considerations: The overall VOC content depends on the complete formulation, including the resin, amine neutralizer, cosolvents, and additives. Any VOC reduction claims should be supported by formulation data or test results.
Safe Handling and Storage: Handle and store DS-6350 in accordance with the manufacturer's Technical Data Sheet (TDS) and Safety Data Sheet (SDS).
Technical Documentation: Relevant product specifications and safety documentation should be consulted to support appropriate handling, storage, transportation, and formulation evaluation.
Consistent product quality is essential for reliable industrial coating production. DS-6350 should be evaluated against its agreed technical specifications to support consistent formulation and application performance.
Quality Management: Manufacturing quality-control procedures should cover raw material inspection, production monitoring, and finished-product testing in accordance with the manufacturer's established quality system.
Product Specifications: Key parameters include appearance, viscosity, solid content, and the recommended pH adjustment range for formulation.
Batch Consistency: Batch-specific testing and a Certificate of Analysis (COA), where available, can help customers verify that supplied material meets the agreed specifications.
Supporting Documentation: ISO certifications, other compliance documents, and claims concerning mechanical impurity limits should only be stated when supported by valid documentation and verified manufacturing data.
A superior product is only valuable if it arrives exactly when your production schedule demands it. We have optimized our entire operational infrastructure to provide agile, reliable, and financially flexible supply chain solutions for our global partners.
Rapid Fulfillment: Leveraging our integrated manufacturing and trading capabilities, we maintain a highly responsive production cycle. Standard delivery times range from a swift 7 to 15 days, heavily dependent on the specific quantity required.
Robust Logistics Network: With numerous domestic and international supply channels, we possess the logistical bandwidth to fulfill the demands of high-volume customers without disruption, even during peak market seasons.
Flexible Financial Terms: We understand the complexities of international cash flow management. Therefore, we offer highly negotiable payment structures, fully supporting TT, LC, PayPal, and major credit cards to suit your specific procurement protocols.
Selecting a raw material supplier is a long-term strategic decision. We do not just provide chemicals; we provide the foundational stability your manufacturing business requires to scale and succeed in a highly competitive global marketplace.
Integrated Expertise: As a Chinese manufacturer that deeply integrates industry and trade, we offer factory-direct insights combined with sophisticated international service standards.
Dedicated Export Focus: Having recently established a specialized export department, our entire infrastructure is now hyper-focused on meeting the exact logistical and communicative needs of our overseas clients.
Long-Term Partnership Mentality: We are committed to building enduring, friendly relationships. Your success in formulating superior electric vehicle and security door coatings is the direct measure of our success as your supplier.
DS-6350 is designed for waterborne industrial metal coating formulations. After adjusting the pH to 7.5–8.5 with a suitable amine neutralizer, it can be combined with compatible waterborne amino resins to formulate solid-color coatings for metal shutters, electric bicycle frames, and similar applications. Final coating performance depends on the formulation, substrate preparation, and curing conditions.
DS-6350 has a specified solid content of 53±2%. Solid content is an important parameter for formulation design and quality control. Its effects on film thickness, coating coverage, application efficiency, and curing performance depend on the complete formulation and application conditions.
According to the supplied product information, DS-6350 is intended for waterborne solid-color coatings for metal substrates. Its confirmed application includes coatings for metal shutters and electric bicycle frames. Its suitability for clear varnishes has not yet been established and should be verified through formulation testing before being claimed.
Relevant product documentation may include a Technical Data Sheet (TDS), Safety Data Sheet (SDS), and batch-specific Certificate of Analysis (COA), where available. Customers should consult the supplier for current specifications, handling instructions, storage requirements, and applicable compliance documentation.
DS-6350 is specified as a slightly yellow, transparent liquid, with a viscosity range of X–Z2 and a solid content of 53±2%. These parameters can be used for incoming inspection and batch quality evaluation. Specific claims concerning filtration systems, impurity limits, and manufacturing quality-control procedures should be confirmed with the manufacturer before publication.
