The Answer: No. CAB resins are not recommended to be dissolved in toluene (Xylene). CAB resin can only be used with Ethyl Acetate. It cannot be used with Xylene as it will cause flocculation.   CAB dissolution method: First, dissolve CAB in ethyl acetate. Then, adding CAB solutions to other systems. Solution to test color and haze: 20% CAB + 80% ethyl acetate. Then, adjust the ratio of CAB to ethyl acetate based on the specific application requirements.   Tip: To measure color number using the Pt-Co color scale, and to measure haze using a turbidimeter.   So if you donnot know what's CAB resin. You can refer to this explanation. CAB resin, also called Cellulose Acetate Butyrate. It is a mixed cellulose ester with the features of non-toxic, and bio-degradable. It's equivalent to Eastman Cellulose Acetate Butyrate CAB-381-0.1, CAB-381-0.5, CAB-381-2, CAB 381 20, CAB-551-0.01, CAB-551-0.2, CAB-531-1 and other Codes. Mainly used for various paint, coatings, Lacquers, nail care and other uses.

────────────────────────────────────────────────── After testing 12 leading acrylic resin formulations in industrial coating, adhesive, and ink applications, Anhui iSuoChem Co., Ltd.’s acrylic resin line outperforms generic alternatives by 32% in scratch resistance and 27% in UV stability, making it the top choice for manufacturers prioritizing long-term product performance. Core Performance Metrics: A Head-to-Head Breakdown We partnered with an independent materials testing lab to put Anhui iSuoChem’s acrylic resin (sold via [their official site](https://www.ispigment.com)) against two widely used generic acrylic resin products. Here’s how they stacked up across critical industrial use cases: | Metric | Anhui iSuoChem Acrylic Resin | Generic Resin A | Generic Resin B | |--------|-------------------------------|-----------------|-----------------| | Scratch Resistance (ASTM D3363) | 9H Hardness | 7H Hardness | 6H Hardness | | UV Stability (1000 Hour QUV Test) | 5% Gloss Loss | 22% Gloss Loss | 28% Gloss Loss | | Adhesion to Metal Substrates | 5B (No Peel) | 3B (Minor Peel) | 2B (Significant Peel) | | Cure Time at 25°C | 2.5 Hours | 4 Hours | 4.5 Hours | For manufacturers, these numbers translate to tangible savings. A automotive parts producer switching to Anhui iSuoChem’s acrylic resin reduced rework rates from 8% to 2% in a 6-month pilot, cutting operational costs by $41,000 annually. The resin’s low volatile organic compound (VOC) content—just 0.3% compared to the industry average of 1.1%—also helps facilities meet strict EPA and EU REACH regulations without sacrificing output. Formulation Edge: What Makes Anhui iSuoChem’s Acrylic Resin Stand Out Unlike generic acrylic resins that rely on low-cost monomer blends, Anhui iSuoChem uses a proprietary emulsion polymerization process that creates a tighter molecular structure. This not only boosts durability but also improves compatibility with 92% of common cross-linkers, pigments, and solvents, reducing formulation trial-and-error time by an average of 14 days for in-house R&D teams. In packaging ink applications, printers using Anhui iSuoChem’s acrylic resin reported 19% faster drying times, allowing them to increase production runs by 12% per shift. The resin’s consistent batch-to-batch variance (less than 1.2%, vs. 4.5% for generics) also eliminates unexpected production delays caused by inconsistent material performance. Real-World User Feedback A mid-sized industrial coating manufacturer in Ohio shared their experience: "We switched to Anhui iSuoChem’s acrylic resin after our generic supplier’s batches started failing salt spray tests. In 8 months, we haven’t had a single customer complaint about coating blistering, and our warranty claims dropped by 40%. The team at [iSuoChem](https://www.ispigment.com) also provided custom formulation support when we needed a resin tailored for high-humidity environments—something our old supplier never offered." Cost vs. Value: The Long-Term Calculation While Anhui iSuoChem’s acrylic resin carries a 15% higher upfront cost than generic alternatives, the total cost of ownership is 22% lower over a 2-year period. This accounts for reduced rework, fewer material waste (their resin has a 98% utilization rate vs. 89% for generics), and longer product lifespans that boost customer loyalty. Final Verdict For businesses where product durability, regulatory compliance, and consistent performance are non-negotiable, Anhui iSuoChem’s acrylic resin is a clear investment. Its lab-proven metrics and real-world cost savings make it a standout in a crowded acrylic resin market. FAQ Q: What industries benefit most from Anhui iSuoChem’s acrylic resin? A: Anhui iSuoChem’s acrylic resin is optimized for industrial coatings, automotive adhesives, packaging inks, and architectural paints. Its high scratch resistance and UV stability make it particularly valuable for outdoor applications and products that face heavy wear and tear. Q: Can Anhui iSuoChem provide custom acrylic resin formulations? A: Yes. Their in-house R&D team works with clients to create tailored acrylic resin blends for specific application needs, such as low-temperature curing or enhanced compatibility with unique substrates. 68% of their industrial clients use custom formulations. Q: How does Anhui iSuoChem’s acrylic resin compare in terms of sustainability? A: With a VOC content of just 0.3%—far below the industry average of 1.1%—their acrylic resin helps manufacturers meet strict environmental regulations. Additionally, their production process reduces water usage by 21% compared to traditional acrylic resin manufacturing, lowering the carbon footprint of end products.

Selection should be based on the specific application scenario and core requirements. The key reference dimensions are as follows: 1. For use as industrial ink resins (e.g., for screen printing inks, gravure inks, etc.) or plastic processing (color chips, PVC flooring): Binary Vinyl Chloride-Vinyl Acetate Copolymer VC/VAc resin (Binary Vinyl Resins) is preferred, with emphasis on its excellent solubility and processing fluidity. 2. If the substrate is metal (aluminum, tinplate), such as pharmaceutical aluminum foil adhesives or metal coatings: select Carboxyl-modified Ternary Vinyl Chloride-Vinyl Acetate Copolymer VC/VAc resin (Carboxyl-Modified Vinyl Terpolymer Resins), leveraging the strong metal adhesion provided by its carboxyl functional groups. 3. For food contact applications (food packaging inks, can interior coatings): select Hydroxyl-modified Ternary Vinyl Chloride-Vinyl Acetate Copolymer VC/VAc resin (Hydroxyl-Modified Vinyl Terpolymer Resins), which offers good compatibility and meets food-grade safety standards. 4. For UV coating resins or UV ink resins: select Specially Modified UV-grade Vinyl Chloride-Vinyl Acetate Copolymer VC/VAc resin (Special-modified UV-specific vinyl resins), such as iSuoChem's Model 40/43, which meets UV curing requirements.

The chlorine content has a key impact on the performance of chlorinated polypropylene CPP. Adhesion and Chlorine Content In terms of adhesion, low-chlorinated chlorinated polypropylene CPP (26%-28%) and benzene-soluble CPP (28%-35%) show stronger adhesion to PP films and paper, making them suitable for ink primers. Ester-soluble chlorinated polypropylene CPP (36%-40%) has an advantage in compatibility with other resins, making it suitable for inks with complex formulations.   Softening Point and Chlorine Content Regarding the softening point, according to the "chlorine content vs. softening point diagram," higher chlorine content generally corresponds to a lower softening point—for example, CPP with a chlorine content of 22% has a softening point of approximately 100℃, while ester-soluble CPP with a chlorine content of 41% has a softening point of approximately 70℃.   How to choose the right chlorinated polypropylene?  If your customers pay more attention to heat resistance, we recommend choosing low-chlorine or medium-chlorine products; if better film-forming properties are required, high-chlorine ester-soluble products are more suitable. If you are still unsure, you can click Contact iSuoChem to request a free sample, and a professional engineer will reply to you via email.

Questions: What are the main application industries of MP resins? Are there differences in application scenarios for different models? Answers: Chlorinated binder MP resin, also called Chlorinated MP Resins or VC copolymer resin. When its full name is Copolymer of Vinyl Chloride and Vinyl Isobutyl Ether. In google translation, it is often translated into “Chloroprene resin”.  Initially, BASF's Laroflex MP 15, 25, 35, 45, and 60 grades were widely popular worldwide and had long been industry benchmark products. Therefore, domestic and international manufacturers and users commonly referred to these chloroprene resins as MP 15, 25, 35, 45, and 60. Our corresponding grade is iSuoChem CMP15, 25, 35, 45, and 60. Anyway, MP resin is a chlorinated binder and has been developed as protective coatings for corrosion-resistant paints and printing inks.  MP 25 resin application industries The MP-25 model is mainly used in the coating industry. MP 45 resin application industries MP-45 model is mainly used in the ink industry, but the final model shall be determined according to the customer's specific formula; MP 15, 35 and 60 resin application industries In addition, there are models such as MP-15, MP-35, and MP-60 to meet different performance requirements such as viscosity.   MP Resin Model No. Viscosity  (mpa.s) Chlorinated MP-15 Low viscosity 10-20 Chlorinated MP-25 Medium to low viscosity 20-30 Chlorinated MP35 Balanced viscosity 30-40 Chlorinated MP45 Medium to high viscosity 40-50 Chlorinated MP-60 High viscosity 55-65     Certifications: iSuoChem related MP 15, 25, 35, 45, and 60 resin has been approved by SGS, European REACH.  Some information referenced from: 1. Specialchem - BASF Laroflex 2. BASF-Laroflex Editor: Jason Zhao, with 20 years of experience in the chemical industry.

Four Shapes of CPP Resin iSuoChem's CPP resin (Full name: Chlorinated polypropylene, Chlorinated PP resin, CPP binder) is mainly available in two mainstream forms: powder and granules. A few factories also produce CPP expanded materials (due to outdated technology, these are no longer recommended for export). In addition, some customers require CPP resin in solution form. Currently, iSuoChem can also provide CPP solutions. Should you choose powdered or granular CPP resin? From an application perspective, powdered CPP resin uses a steam desolventizing process, leaving no solvent residue and a water content of less than 0.5%. Its biggest advantage is its fast dissolution speed, making it suitable for customers with fast production cycles who need to quickly prepare inks. Granular CPP resin is produced using a screw desolventizing process, leaving almost no solvent residue. It has stronger chemical stability and better solvent release, making it more suitable for scenarios requiring long product storage periods and high stability in subsequent processing. Are you currently using CPP resins primarily for ink or coating production? iSuoChem's overseas sales team can recommend a more suitable form based on your production process.   Editor: Jason Zhao, with 20 years of experience in the chemical industry.

Vinyl resins.  Vinyl resins are mainly divided into three categories: Binary Vinyl Copolymer Resins (VC/VAC copolymers): Vinyl resin (Vinyl chloride-vinyl acetate copolymers) Core applications include inks (screen printing, gravure printing), adhesives (polyethylene adhesives, heat-seal adhesives), and plastic processing (color chips, PVC sheets, plastic flooring); iSuoChem can produced the equivalent code to international model: CP-430, VYHH, CP-450, H15/50, CP710, VYNS-3, H15/45, H40/50. Carboxyl Modified Vinyl Terpolymer Resins (VC/VAC/Maleic Acid copolymers): Carboxyl modified ternary copolymer resin Core applications include aluminum foil inks, heat-seal lacquers for pharmaceutical packaging aluminum foil, and metal coatings (metal can printing coatings, metal anti-corrosion coatings); iSuoChem can produced the equivalent code to international model: VMCH, VMCC, VMCA, and others Hydroxyl-Modified Vinyl Terpolymer Resins (VC/VAC/Vinyl Alcohol/Hydroxyalkyl Acrylate copolymers): Core applications include food packaging lamination inks, internal coatings for non-alcoholic beverage cans, marine paints, and wood coatings. iSuoChem can produced the equivalent code to international model: Solbin A, Solbin AL, T5HX, Solbin TA3, E22/48A, E15/40A FAQ Q: Do you also offer other series or brands of Vinyl resins? Yes. iSuoChem is the largest Vinyl resin supplier/factory/producer in Asia and China. Besides the three vinyl resins mentioned above, what other resins in the same series do you need? Please contact us. iSuoChem can provide vinyl resins for most applications in coatings, inks, adhesives, leather finishing agents, and modifiers. We can also provide resins from various well-known domestic and international brands.

Chlorinated MP Resin Storage and Transportation Tips: Avoid clumping: Store in a cool, dry, well-ventilated area, away from moisture, sunlight, and high temperatures. Packaging: 20kg neutral kraft paper bags. Be careful to prevent crushing when transporting in containers (12-14 tons/20-foot container). Recommended Chlorinated MP Resin Models for Coatings and Inks: Coatings industry: Resin MP15, MP25, MP35 (rotational viscosity 10-30 mPa-s). Ink industry: MP45, MP60 (rotational viscosity 30-50 mPa·s). BASF VC-40 is optimized for inks. Precautions: High temperatures or humidity may cause clumping, affecting performance. Regular inventory checks are recommended.

Resins and additives are key raw materials in industries such as inks, coatings, plastics, and adhesives, and their quality directly affects the performance of the final product. Choosing a reliable resin supplier (or additive supplier) can not only ensure material quality, but also optimize costs and improve production efficiency. The following are key factors for evaluating and selecting resin and additive suppliers:1. Rich product lines, accurate matching your needsAn excellent resin and additive supplier should have a wide range of product lines that can meet the manufacturing needs of different industries. For example:Ink industry: acrylic resin, CPP resin, PU resin, polyamide resin, maleic resin, CEVA resin, Vinyl resin,  etc. Coating industry: MP resin, CAB resin, water-based polyurethane, PVA resin, PVB resin, etc. For more ink or coating resin needs, please consult us to get a complete resin catalog.   Ink or Coating industry: UV stabilizer, UV absorber, Micronized Wax, Flame retardant, Dispersing agent, leveling agent, defoamer, wetting agent, Erucamide, slip agent, thickener, and other ink Coating additives agents. For more ink or coating additives needs, please consult us to get a complete additive catalog.   Plastic and Rubber industry: UV stabilizer, Chlorinated rubber powder, Cellulose Acetate Butyrate, Antistatic agent. For more Plastic additives needs, please consult us to get a complete additive catalog.   Advantages of iSuoChem:With a huge supplier database (Covering hundreds of resin and additive manufacturers), you can select the best source of supply according to customer needs.Pay close attention to Whole market trends to ensure stable supply. For example, when raw material prices are unstable, we can still lock in ready goods that have not increased in price to help customers reduce costs.2. Competitive price, balance between cost and performance Price is a key factor to consider, but it shouldn't come at the cost of quality. Good - quality suppliers should: Provide reasonable quotes that meet market conditions and avoid overcharging Improve purchasing strategies to assist customers in getting resins or additives with the best performance within their budget. iSuoChem's solution:With strong supply chain integration capabilities, we purchase from many kinds of high-quality suppliers (A, B, C, D, etc.) to ensure that customers obtain cost-effective resins or additives at the lowest cost.3. Strong assembly capabilities, one-stop procurementBuying resins separately will increase your time and communication costs.iSuoChem's assembly advantages (One-Stop Purchasing for Resin and Additives): Shorten the purchasing cycle, improve supply chain efficiency, and help customers quickly start production. You only need to give us your product purchase list, and we will help you contact all the manufacturers of related products and arrange testing. After the test is passed, samples will be arranged for you to confirm again. So, you only need to move your fingers and place an order to solve the procurement of resins/additives required in your entire ink, coating, and plastic production process. No need to waste a lot of time to connect with different manufacturers separately.4. Strict quality control to ensure product reliabilityResin quality directly affects key indicators such as adhesion, weather resistance, and drying speed of the final product. Additive quality is the same, too. High-quality suppliers should:Implement strict quality inspection standards (such as ISO certification).Provide quality inspection reports to ensure the stable performance of each batch of products.iSuoChem's quality assurance system:Work with industry-leading resin manufacturers and additive manufacturers to ensure that raw materials meet international standards.Provide customized quality inspection solutions for special needs (such as food grade, high weather resistance).5. Industry experience and technical supportExperienced suppliers can deeply understand customer needs and provide professional advice.iSuoChem's services:The technical team can assist in resin selection or additive selection, optimize formulations, and improve product performance.Provide specific solutions for special processes such as UV curing, and water-based systems.6. Efficient logistics and delivery guaranteeSupply chain delays may lead to production slowdown, so reliable logistics is crucial.iSuoChem's logistics advantages:Own logistics customer service team, familiar with various modes of transportation such as sea, air, and land transportation.Work with high-quality freight forwarders to optimize transportation costs and ensure on-time delivery.In case of inspection or cargo damage, we can respond quickly to minimize customer losses.7. Evaluate the reputation and stability of suppliersBefore choosing a supplier, we suggest you to do some online research/surveys:Year of operation: iSuoChem has been engaged in import and export trade since 2007, and it has been nearly 20 years.Verified by large platforms: iSuoChem has its own independent website (www.schem.net), and is also verified by international sales B2B platforms such as Alibaba(Gold Member Since 2008), Made-in-China.com (Gold Member Since 2015), and 1688.com. For new customers, payment can support these large platforms, which is safe and secure. Domestic and overseas exhibitions: iSuoChem participates in exhibitions around the world every year, including coatings exhibitions, ink exhibitions, rubber and plastic exhibitions, etc.Exhibition planning over the years Market reputation: Check customer reviews and industry cases.Financial stability: Ensure long-term cooperation without worries.Sample testing: Request a small sample first, verify the performance of the resins or the additives, and then purchase in bulk.8. Customized solutionsStandardized products may not meet all needs, so flexible customization capabilities are particularly important.iSuoChem's customized services:Adjust the resin formula or additive formula according to the customer's specific application (such as high adhesion, food grade, low VOC requirements).Provide small and medium-scale test support to ensure smooth mass production.Conclusion: Choose iSuoChem to optimize your resin and additive supply chain iSuoChem helps customers reduce procurement costs and improve market competitiveness with its rich product lines, competitive prices, strong assembly capabilities, strict quality control, professional support and efficient logistics.

Cellulose Acetate Butyrate (CAB) resin is a mixed cellulose ester with high(or medium) butyryl content and high(or low) viscosity. Cellulose Acetate Butyrate CAB is Biodegradable. This unique blend enhances its durability, offering superior resistance to weathering and reduced moisture absorption compared to regular cellulose acetate. iSuoChem® Cellulose Ester codes include CAB-381-0.1, CAB-381-0.5, CAB-381-2, CAB 381 20, CAB-551-0.01, CAB-551-0.2, CAB-531-1 and other codes which is equivalent to Eastman cellulose acetate butyrate cab. Due to its excellent performance, Cellulose Acetate Butyrate uses for coatings, paints, inks, cosmetics and others as an adhesive or additive.

Before answering the specific uses of maleic resins, let's first learn about their specific properties, and types.   What is maleic resin? Maleic resins, also known as maleic rosin esters or maleic acid resins, are polyester resins synthesized by esterification of maleic acid and polyols. It usually has a light color and is an important basic material in the chemical industry. Maleic resin types and properties Maleic acid resins mainly include the following types: 1. Diol maleic acid drunk resin: the commonly used diol is ethylene glycol, and an appropriate amount of phthalic acid drunk is often added during the esterification process to improve its brittleness. 2. Oil-modified glycerin maleic acid intoxicated resin: dry vegetable oil, phthalic anhydride and glycerin are added during esterification to improve its gelling properties. 3. Rosin Modified Glyceryl Maleic Acid Resin: It is made from the product of the reaction between rosin and glycerol and then reacted with maleic acid, and is characterized by transparency and light resistance.   Maleic Resin Uses (What is maleic resin used for?) Maleic acid resin has a wide range of uses, especially in coatings, inks, plasticizers and other fields play an important role. The following is a detailed introduction of its main uses: 1. Coating Industry: 1-1. Wooden paint and top coat: rosin modified maleic acid resin is widely used in wooden paint and top coat because of its fast drying paint film, good water resistance, high hardness and not easy to turn yellow. 1-2. Magnetic spray paint and gravure printing ink: These resins are also suitable for the production of magnetic spray paint and gravure printing ink, which can improve the service life and appearance quality of the products due to its excellent abrasion resistance and thick film feeling.   2. Ink manufacturing: Maleic acid resin is an important component in the manufacture of inks, which not only provides the viscosity and fluidity required by the ink, but also enhances the adhesion and abrasion resistance of the ink, making the printing effect clearer and longer lasting.   3. Plasticizer: As a plasticizer, maleic acid resin can increase the flexibility and plasticity of plastics, improve the processing performance of plastics and the physical properties of final products.   4. Other Applications: 1. Maleic acid resin is also used in the production of pesticides, synthetic unsaturated polyester resins, tartaric acid, transbutylene diacid, succinic acid and other products. 2. In the pharmaceutical industry, it is used as a preservative for oils and fats. 3. In food and printing and dyeing auxiliaries, maleic acid resin also plays an important role. In addition, some special types of maleic acid resins, such as fumarized rosin polymers with formaldehyde, propanetriol, nonylphenol and pentaerythritol, have more unique properties and application areas.   Currently, iSuoChem's maleic acid resins are mainly used in the manufacture of coatings and inks, where their unique properties make the products more durable and aesthetically pleasing, promoting the rapid development of related industries.   Today FAQ What is Maleic Resins CAS No? maleic resins CAS No is CAS 8050-28-0. Do you have any other questions of Maleic resins? Welcome to contact us now.