| Quantity: | |
|---|---|
Clear and Transparent
<2
Z1-Z4
55±2
3-7
XL/CYC/Butyl Acetate
Epoxy modified, provides strong adhesion to nylon, fiberglass, and various metals. Excellent three-proof (moisture, dust, corrosion) performance. Ideal for motorcycle frames, shock absorber topcoats, etc.
The Anti-Corrosion Epoxy-Modified Acrylic Resin DS-2055 is a meticulously engineered copolymer of (meth)acrylate monomers and styrene-grafted epoxy resin. Formulated using toluene and butyl acetate as primary solvents, this solution presents itself as a transparent, light brownish-yellow fluid, completely free of any mechanical impurities. When poured, it exhibits a smooth, viscous consistency that integrates seamlessly into complex coating formulations, releasing the distinct, sharp olfactory notes characteristic of professional-grade industrial solvents.
Upon application and curing with compatible polyurethane curing agents or amino resins, it transforms into a remarkably tough, impermeable shield. The tactile finish of the resulting coating is exceptionally smooth and glass-like to the touch, yet it possesses the underlying structural rigidity required to withstand severe mechanical impacts and continuous high-frequency vibration. This resin is specifically designed to tackle the most demanding industrial environments, effectively sealing out moisture, corrosive chemicals, and abrasive dust. By establishing a flawless barrier on the microscopic level, it prevents oxidation and degradation of the underlying substrate. Coating formulators will appreciate the predictable flow and leveling characteristics, which translate to a uniform, defect-free surface appearance that dramatically enhances the visual appeal and longevity of the final manufactured goods.
Understanding the precise physical and chemical makeup of your coating materials is crucial for maintaining batch-to-batch consistency in large-scale production facilities. The following table outlines the exact technical parameters of the DS-2055 resin. These standardized metrics ensure that formulation scientists can accurately calculate mixing ratios, predict curing times, and achieve the desired dry film thickness. The transparent, light brownish-yellow appearance guarantees that the resin will not negatively impact the color matching of your final topcoats, especially when producing vibrant colors or pure white motorcycle finishes. With a tightly controlled solids content and a specific viscosity range, this resin provides the reliability required for continuous, automated spraying lines without the risk of clogging or uneven application.
Appearance | Transparent, free of mechanical impurities |
Color | Light brownish-yellow |
Viscosity (Greek tube, 25℃), seconds | T-Z |
Solids content (150℃, 1h), % | 55±2 |
Acid value (solution basis, mgKOH/g) | X-Z1 |
Hydroxyl content (theoretical, solid basis), % | 1.8 |
Engineering a coating that withstands the rigors of daily road use requires a resin that goes beyond basic aesthetics. The DS-2055 resin is structured to deliver multifaceted benefits that directly improve the longevity and performance of the end product, ensuring that components remain protected under the harshest conditions.
Structural Integrity Enhancement: The styrene-grafted epoxy backbone provides a dense cross-linking network, resulting in a coating that absorbs and dissipates mechanical shock, preventing micro-cracking and delamination.
Environmental Barrier Creation: Forms an impenetrable layer that repels water intrusion and blocks microscopic dust particles, keeping the underlying mechanical structures pristine and free from abrasive wear.
Aesthetic Preservation: Maintains its structural clarity and resists yellowing under chemical exposure, ensuring that the final topcoat retains its showroom gloss and color fidelity over years of use.
Formulation Flexibility: Highly compatible with a diverse range of pigments and additives, allowing chemists to tailor the final paint's rheology and hiding power without compromising the resin's core protective attributes.
For formulation scientists and procurement specialists, the foundational metrics of a resin dictate its viability in existing production frameworks. The DS-2055 resin is manufactured under strict tolerances to ensure seamless integration into your current manufacturing processes, significantly reducing the time required for trial and error.
Optimized Solids Content: At 55±2%, this resin offers an ideal balance between film build and volatile organic compound management, allowing for efficient, high-build coverage per single spray pass.
Precise Hydroxyl Availability: With a theoretical hydroxyl content of 1.8%, it provides predictable reactivity with isocyanate hardeners, ensuring a complete and uniform cure without leaving unreacted functional groups that could weaken the film.
Controlled Viscosity: The T-Z (Greek tube, 25℃) viscosity range guarantees excellent flow and leveling properties, minimizing orange peel effects and reducing the need for excessive solvent thinning during application.
Stable Acid Value: The X-Z1 mgKOH/g acid value ensures compatibility with various basic pigments and prevents premature cross-linking during storage, extending the shelf life of your formulated paints.
Industrial and automotive components are subjected to relentless environmental stressors. This epoxy-modified acrylic resin is engineered to be the ultimate line of defense, drastically extending the service life of the coated parts and reducing warranty claims for manufacturers.
Exceptional Salt Spray Resistance: Creates a robust chemical barrier that stops chloride ions from reaching the metal substrate, effectively halting galvanic corrosion even in coastal environments or heavily salted winter road conditions.
Chemical Aggressor Repulsion: Withstands prolonged exposure to harsh automotive fluids, including gasoline, brake fluid, and synthetic engine oils, preventing the softening, staining, or blistering of the topcoat.
Dynamic Shockproofing: The inherent flexibility of the acrylic copolymer, combined with the toughness of the epoxy, allows the coating to flex with the substrate during high-vibration scenarios, such as rough terrain riding.
Complete Waterproofing: Seals micro-pores in the substrate, ensuring absolute zero water penetration, which is critical for protecting sensitive suspension components and welded structural frames from deep-seated rust.
One of the most significant challenges in industrial coating is achieving reliable adhesion across dissimilar materials. The DS-2055 resin eliminates the need for multiple specialized primers by offering broad-spectrum substrate compatibility, streamlining your inventory and application processes.
Tenacious Metal Bonding: Forms strong covalent bonds with various metals, including carbon steel, galvanized steel, and aluminum alloys, preventing delamination even under severe mechanical stress or thermal cycling.
Fiberglass (FRP) Integration: Penetrates the micro-texture of fiberglass reinforced plastics, anchoring the topcoat firmly to composite body panels, fairings, and structural elements without bridging or peeling.
Nylon Adhesion Mastery: Overcomes the notoriously low surface energy challenges typical of nylon components, ensuring that the paint film adheres permanently and moves with the plastic without flaking.
Cross-Material Uniformity: Allows manufacturers to coat complex assemblies made of mixed materials (for example, a metal motorcycle frame with integrated nylon brackets) using a single topcoat system, ensuring a uniform finish.
By focusing on specific high-stress applications, this resin provides targeted solutions that meet the precise demands of the automotive, powersports, and heavy-duty equipment sectors, ensuring that your final products exceed industry standards.
Motorcycle Frame Topcoats: Delivers a high-gloss, impact-resistant finish that protects the structural core of motorcycles from flying road debris, moisture accumulation, and daily mechanical wear.
Shock Absorber Coatings: Withstands the continuous kinetic energy, friction, and fluid exposure inherent in suspension systems, maintaining both aesthetic appeal and critical structural protection over thousands of miles.
Heavy-Duty Anti-Corrosion Paints: Ideal for formulating protective coatings for industrial machinery, agricultural equipment, and exposed metal infrastructure that require long-term rust prevention in unforgiving climates.
Composite Component Finishing: Perfectly suited for painting fiberglass fairings, side panels, and nylon accessories, ensuring a perfect color match and uniform durability across the entire vehicle body.
We empower your production teams by providing actionable formulation intelligence. This drastically reduces your research and development timeline, allowing you to bring premium, fully tested coatings to the market faster and with greater confidence in their performance.
Polyurethane White Paint Reference: A proven starting formulation utilizing 50-60 parts DS-2055 resin, 22-26 parts titanium dioxide, 20-25 parts mixed solvents, and an appropriate amount of anti-settling agents and additives (approximately 1 part).
Curing Agent Optimization: Designed for seamless cross-linking with standard polyurethane curing agents or amino resins, giving formulators the flexibility to adjust curing speeds and final film hardness based on their oven capabilities.
Pigment Dispersion: The resin's excellent wetting properties ensure rapid and uniform dispersion of titanium dioxide and other dense pigments, resulting in brilliant, highly opaque finishes with minimal milling time.
Troubleshooting & Adaptation: Our comprehensive technical guidelines help your chemists fine-tune the solvent blends to match your specific application equipment, whether you utilize electrostatic bells, HVLP spray guns, or automated dipping lines.
Navigating the complexities of international trade requires absolute confidence in product safety and regulatory compliance. We provide comprehensive, globally recognized documentation to ensure seamless import processes and safe usage within your facilities.
ISO Certified Manufacturing: Produced in state-of-the-art facilities that adhere to strict International Organization for Standardization protocols, guaranteeing unwavering batch-to-batch consistency and quality management.
CE Certification Conformity: Meets the rigorous health, safety, and environmental protection standards required for products distributed and utilized within the European Economic Area.
Comprehensive COA Provision: Every shipment is accompanied by a detailed Certificate of Analysis, verifying through laboratory testing that the specific batch meets all stated physicochemical parameters before dispatch.
Detailed MSDS Documentation: Full Material Safety Data Sheets are provided, detailing safe handling procedures, proper storage requirements, and hazard mitigation strategies, ensuring full compliance with global occupational safety regulations.
A superior chemical product is only valuable if it arrives on time and integrates smoothly into your financial workflows. Our integrated manufacturing and export infrastructure is specifically designed to keep your production lines moving without interruption or delay.
Rapid Order Fulfillment: Leveraging optimized production schedules and extensive warehousing, we maintain a highly competitive standard delivery time of just 7 to 15 days, depending on the specific order quantity and packaging requirements.
Flexible Financial Transactions: We support a wide array of secure payment methods, including Telegraphic Transfer (TT), Letter of Credit (LC), PayPal, and major credit cards, all of which are fully negotiable to suit your corporate purchasing policies.
Global Logistics Network: Our dedicated export department coordinates directly with top-tier freight forwarders to ensure safe, compliant, and climate-controlled transit across international borders, handling all necessary export documentation.
Scalable Volume Capacity: Whether you require initial trial drums for laboratory testing or continuous bulk container shipments for mass production, our supply channels are robust enough to meet the demands of any scale of operation.
Selecting the right raw material partner is a critical strategic decision that impacts your entire manufacturing process. We combine deep chemical expertise with robust operational capabilities to serve as a highly reliable extension of your supply chain.
Integrated Industry and Trade: As a direct manufacturer with a fully integrated export department, we eliminate unnecessary intermediaries, ensuring transparent communication, rapid response times, and highly competitive pricing structures.
Uncompromising Quality Control: From the initial inspection of incoming monomers to the final testing of the copolymerized resin, every drop undergoes rigorous laboratory scrutiny before it is cleared to leave our facility.
Customer-Centric Innovation: We continuously refine our epoxy modification techniques based on real-world feedback and evolving requirements from global coating formulators, ensuring our products remain at the cutting edge of coating technology.
Dedicated Account Management: Our experienced, multilingual team provides personalized support at every step, assisting with logistics tracking, customs clearance documentation, and complex technical inquiries.
The styrene modification significantly enhances the resin's compatibility with acrylic monomers, resulting in a much tighter and more uniform molecular cross-linking network during the curing phase. This advanced structure translates to superior mechanical hardness, excellent long-term gloss retention, and a dramatic increase in resistance to harsh chemicals and salt spray, far outperforming standard, unmodified acrylic resins in industrial environments.
The DS-2055 resin is highly versatile and accommodates multiple curing methodologies. When formulated with high-quality polyurethane curing agents, it can effectively cure at ambient room temperatures, making it ideal for coating large, heavy components that cannot be easily moved into an oven. Alternatively, when paired with amino resins, it can be utilized in high-temperature baking systems, which is perfect for accelerated, automated production lines.
While the resin itself utilizes toluene and butyl acetate as its base solvents, the final paint formulation typically requires a balanced solvent blend to achieve the perfect evaporation curve. We highly recommend a carefully proportioned mixture of xylene, butyl acetate, and PMA (Propylene Glycol Methyl Ether Acetate). This combination optimizes the flash-off rate, prevents solvent popping, and ensures a mirror-like leveling of the topcoat.
We utilize highly advanced, automated reactor controls that precisely monitor internal temperatures, agitation speeds, and reaction times during the copolymerization process. Post-production, a sample from every single batch is subjected to rigorous titration testing in our Quality Assurance laboratory to confirm that the hydroxyl content remains strictly at the theoretical 1.8% solid basis, ensuring your curing agent ratios never need to be adjusted.
Yes, proper storage is vital for maintaining the resin's integrity. The DS-2055 should be stored in a cool, dry, and well-ventilated warehouse environment, strictly away from direct sunlight, open flames, and localized heat sources. Because the formula contains volatile solvents like toluene, all storage drums and containers must be kept tightly sealed. Failure to do so can lead to solvent evaporation, which will inadvertently increase the solids content and alter the viscosity, potentially complicating your formulation process.
