Guangzhou Ecopower New Materials Co., Ltd., a recognized leader in the production, research, and development of advanced materials, is excited to announce its participation in three significant exhibitions in 2024.Known worldwide for its range of products including sulfur containing silane coupling agents, silane coupling agents with various functional groups, precipitated silica, hydrogenated petroleum resins, rosin resins, and chlorosulfonated polyethylene (CSM), Ecopower New Materials is a highly regarded manufacturer within the rubber, tire, paint, and adhesive industries.In 2024, Ecopower New Materials will exhibit at three key events where it will showcase its latest technologies and innovations. Firstly, the company will attend Technology EXPO 2024, which will take place at the Deutsche Messe Hannover in Germany.  Ecopower New Materials will be located at stand number 20 C528 from March 19 to March 21, 2024.  This exhibition provides an excellent opportunity to demonstrate the cutting-edge technologies and high-quality products that have set the company apart from the competition. Next, Ecopower New Materials will participate in Tires & Rubber 2024, which will take place in Moscow at Krasnopresnenskaya nab,14.  The company will be present at stand FF161 from April 15 to April 18, 2024.  As one of the most important exhibitions for the rubber and tire industry, this event offers a prime opportunity to connect with key players and explore future collaborations. Finally, Ecopower New Materials will exhibit at INTERTRAFFIC AMSTERDAM, which will take place at the RAI Amsterdam Europaplein 24 1078 GZ Amsterdam in the Netherlands.  The company will be present at stand number 07.105 from April 16 to April 19, 2024.  As one of the leading exhibitions for the transportation industry, INTERTRAFFIC AMSTERDAM provides an excellent platform to showcase Ecopower New Materials’ products and technologies within this field. A highly regarded manufacturer recognized as a “High-tech Enterprise” by the government, Ecopower New Materials is committed to technological innovation and quality excellence. The company looks forward to meeting with visitor...

As we bid farewell to the old year and usher in a new beginning, Ecopower New Material extends heartfelt wishes for a joyous and prosperous New Year to all our valued customers, partners, and team members. At Ecopower, we take pride in our role as a leading force in the manufacturing, research and development, and sales of specialty chemical additive products. From Silane coupling agents and Silane Oligomers to Precipitated Silica, Petroleum hydrocarbon resin C5&C9, Hydrogenated Hydrocarbon resin, Gum Rosin, Rosin Derivative Resin, and CSM rubber, our diverse range of high-quality products caters to the needs of various industries such as rubber tires, paints and coatings, road marking paints, silicone sealants, adhesives, and more. We are honored to have been recognized as a "High-tech enterprise" by the local government, a testament to our commitment to innovation and excellence in our field. Our state-of-the-art factory boasts multiple professional product lines, allowing us to provide expert technical solutions to our esteemed customers. At the heart of Ecopower's success are our core business principles: "Quality-oriented, Timely Delivery, and Growing with Customers." These principles guide us in our unwavering commitment to delivering products that meet the highest standards, ensuring punctual delivery, and fostering long-term partnerships with our customers. As we enter the New Year, Ecopower reaffirms its dedication to serving our customers with a positive attitude, practicality, and a strong sense of teamwork. We understand that our success is intertwined with the success of our customers, and we look forward to continuing our journey together. In the spirit of the New Year, we express our gratitude for the trust and support you have bestowed upon us. May the coming year be filled with new opportunities, growth, and prosperity for all. Here's to a Happy and Fulfilling New Year!  

With the continuous advancement of technology, the demand for matting effects in the coating industry has become increasingly prominent. A high-performance matting powder, distinguished by its superior oil absorption and specific surface area compared to conventional matting powders, exhibits exceptional matting efficiency. This article delves into the characteristics of this matting powder and its extensive applications across various domains. Specifications Silica Matting Agent Unit Specifications Whiteness - 98% Moisture Content % Less than 9.0 Residue on Sieve above 45µm % 0 Specific Gravity g/ml 0.08-0.14 Bulk Density g/ml 0.17 pH 4% Susp 6.0-8.0 Surface Area m²/g 230-280 Oil Absorption  ml/100g 280-340 Average Particle Size µm 3.8-4.3 Outstanding Matting Effect The exceptional matting performance of this high-performance matting powder, attributed to its higher oil absorption and specific surface area, makes it an ideal choice for coatings requiring superior matting effects. It proves particularly effective in applications where stringent matting requirements are paramount. Moderate Particle Size, Exceptional Transparency, and Texture The moderate particle size of the matting powder contributes to its outstanding transparency and texture. This makes it an excellent choice for thin coating systems, especially those with a coating thickness ranging from 5-15μm, where it demonstrates particularly outstanding performance. Consequently, it stands out as an ideal option for UV, PU system shell coatings, and other systems with stringent requirements for transparency and texture. Excellent Performance in Leather Processing Agents In leather processing agents, this matting powder exhibits excellent matting effects and depth of color. This provides an efficient solution for the coating of leather products, imparting a unique texture and appearance to the leather surface. Easy Dispersion, Smooth Coating Surface In addition to its superior matting effect, the high-performance matting powder features easy dispersion, simplifying the coating process. The resulting smooth coating surface enhances the texture and appearance of the coating. Wide Range of Applications The outstanding characteristics of this matting powder make it suitable for a wide range of applications. In addition to the previously mentioned applications such as no-loss coating base, leather processing agents, it also proves effective in furniture coatings, UV bamboo and wood floor coatings, and various other areas. In these fields, the matting powder demonstrates its superior performance, meeting the diverse requirements of different applications.

As the festive season unfolds, I extend my warmest wishes to each and every one of you—Merry Christmas! This year has been a journey of shared challenges and collective growth, marking proud moments and milestones. Looking ahead, let us continue this journey together, scripting even more brilliant chapters in our story. Christmas is a time for reunions, a moment to cherish the bonds of family, friendship, and camaraderie among colleagues. May this festive season bring endless laughter and warmth to your lives. May you share joyful moments with your loved ones and friends. We want to express my gratitude to each employee who has contributed their intelligence and effort to the prosperity of our company. In the coming year, let us forge ahead, hand in hand, striving together for the greater success of Ecopower New Material. May the new year bring personal and professional accomplishments, and may your lives be filled with happiness. Once again, Merry Christmas to all of you and a Happy New Year!

We extend our sincere gratitude for your continued support and trust in ECOPOWER. We value your partnership and wanted to update you on recent developments that may impact our operations. In light of the recent attacks on commercial vessels in the Red Sea Region, we are taking every precaution to ensure the safety and security of your shipments. Our enhanced security measures, collaboration with authorities, and real-time monitoring are all geared towards safeguarding your cargo throughout the transportation process. However, we must also address the challenges posed by recent events that have resulted in an increase in sea freight costs and currency exchange rates. The rise in shipping costs and exchange rates is expected to impact our overall operational expenses, including raw material costs. We are actively working to minimize their effects on our services.

Hydrogenated resin is often used as a component in hot melt adhesives. Hot melt adhesives are thermoplastic materials that are solid at room temperature but become liquid when heated. When hydrogenated resin is added to hot melt adhesive formulations, it serves several purposes. Improved Adhesive Properties Hydrogenated resin enhances the adhesive properties of the hot melt adhesive, providing better bonding strength and adhesion to different substrates. Increased Flexibility The addition of hydrogenated resin can improve the flexibility of the hot melt adhesive, making it more suitable for applications where flexibility is crucial, such as in packaging materials. Temperature Resistance Hydrogenated resin can contribute to the heat resistance of the hot melt adhesive, ensuring that the adhesive maintains its integrity and performance at elevated temperatures. Reduced Odor Hydrogenated resins are often used to reduce the odor of hot melt adhesives, making them more suitable for applications where odor may be a concern, such as in the production of food packaging. Compatibility Hydrogenated resin can enhance the compatibility of various components in the hot melt adhesive formulation, leading to a more stable and homogeneous product. Specifications HY DCPD HY 6100 HY 6110 HY 6120 Test Method Appearance Water White Water White Water White Eyeballing Softening Point (°C) 105-110 100-110 110-120 ASTM E 28 Yellow Index ≤5 ≤5 ≤5 ASTM D 1925 Color Gardner 0-1 0-1 0-1 ASTM D 974 Thermal Stability (200°C, 5h, YI) ≤10 ≤10 ≤10 ASTM D 1925 Melt viscosity (180°C, cPs) 130-200 - - ASTM 3236

Introduction Silica (SiO2) has emerged as a key player in various industries, and one of its noteworthy applications lies in the production of plastic films, where it serves as an anti-blocking or opening agent. The precipitation method is the primary technique employed to manufacture silica for these purposes. This involves a meticulous process of controlled mixing, resulting in a gel-like substance that undergoes subsequent steps like washing, drying, and milling to yield the final product. Specifications Items Specification Test Method Appearance White Powder Visual Inspection Average Particle Size um 4-5 Malvern Master Sizer Loss on Drying % MAX 3 ISO787-2 Oil Absorption ml/100g  60-120 Linseed Oil Surface Area M2/g  600-700 B.E.T PH 5.0-7.0 In 5% slurry SiO2 % MIN 99.9 - Whiteness MIN 95 Hunter Anti-Blocking Application Silica EC700, when used as an anti-blocking agent in plastic film production, plays a pivotal role in preventing product wastage. Plastic films, commonly employed in packaging, tend to adhere together due to static charges or contaminants. By introducing silica particles in minimal quantities to film formulations, microscopic spacers are created, forming air gaps that prevent adhesion. This not only facilitates easy separation of films but also minimizes product wastage, ensuring that the end-use product reaches consumers in optimal condition. Opening Agent Functionality The utilization of silica EC700 as an opening agent is attributed to its exceptional purity, non-reactivity with other materials, and the absence of taste or odor. These qualities make it a safe and reliable choice for food packaging, where the preservation of product health and quality is of utmost importance. Silica EC700 exhibits high stability and can withstand elevated temperatures and humidity, contributing significantly to the extended shelf life of packaged goods. Advantages for Food Packaging Silica EC700, with its unique characteristics, proves to be an ideal component for food packaging applications. Its high purity ensures that it complies with stringent quality standards, and its non-reactivity guarantees the integrity of the packaged product. Furthermore, the lack of taste or odor prevents any undesirable influence on the food items, maintaining their original flavors and quality. Conclusion In conclusion, silica EC700, produced through the precipitation method, emerges as a game-changer in the plastic film industry. Its role as an anti-blocking agent not only reduces wastage but also ensures that products are delivered to consumers in pristine condition. The high purity, non-reactivity, and absence of taste and odor make silica EC700 an ideal choice for food packaging, contributing to the industry's efforts to embrace sustainability and efficiency. The incorporation of silica in plastic film manufacturing reflects a positive stride towards fostering a sustainable, high-quality, and efficient packaging industry.

Introduction In the dynamic world of industrial solutions, the C9 Resin emerges as a versatile and indispensable player. Derived from petroleum's C9 fraction through cutting-edge catalytic polymerization techniques, this low molecular weight thermoplastic aromatic resin offers a myriad of benefits across various applications. Let's delve into the unique properties and diverse applications that make C9 Hydrocarbon Resin a game-changer in the industrial landscape.   Properties that Set C9 Hydrocarbon Resin Apart Transparency and Color Stability Aromatic Resin C9 presents itself as a transparent granular solid with a light yellow hue. Its stable color profile makes it a preferred choice in applications where color consistency is paramount. Chemical Stability With excellent chemical stability over both acid and alkali environments, C9 Hydrocarbon Resin ensures durability and longevity in challenging industrial settings. Adhesive Strength and Water Resistance Industries requiring strong adhesion and water resistance find C9 Hydrocarbon Resin to be a reliable ally. Whether in paints, adhesives, or rubber applications, its adhesive prowess remains unmatched. Thermal Properties Boasting low heat conduction, C9 Hydrocarbon Resin is a heat-resistant solution, making it ideal for applications where temperature fluctuations are a concern.   Applications of C9 Hydrocarbon Resin Paint Industries Enhances gloss, adhesion, and hardness of paints. Provides resistance against acids, alkaline, and water. Adhesive Industry Improves adhesiveness, especially in hot-melt adhesives and coatings. Offers a reliable bonding solution. Rubber and Tyre Manufacturing Compatible with natural rubber, maintaining mutual solubility. Does not interfere with rubber sulfurization processes. Printing Ink High softening point variants contribute to color spreading, fast drying, and improved printing properties.

Introduction Vinyl silane coupling agents, specifically vinyltriethoxysilane (CAS No. 78-08-0) and vinyltrimethoxysilane (CAS No. 2768-02-7), stand out as pivotal components within the silane coupling agent/crosslinker family. This article explores their significant role in various polymer applications, shedding light on their production landscape and highlighting key functionalities.   Production Landscape In China, vinyl silane coupling agents contribute significantly, with their output accounting for approximately 10% of the market share.   Vinyltriethoxysilane's Versatile Functions Vinyltriethoxysilane, with its chemical formula CH2=CHSi(OC2H5)3, serves dual purposes as a coupling and crosslinking agent. It finds compatibility with diverse polymer types such as polyethylene, polypropylene, and unsaturated polyester. Applications span a wide range, encompassing glass fiber, plastics, glass, cables, ceramics, and rubber.   Polymer Modification and Applications This silane coupling agent is particularly adept at modifying polyethylene and copolymers, offering benefits like large processing tolerance and suitability for filled composite materials. Its remarkable attributes, including high service temperature, pressure crack resistance, memory properties, wear resistance, and impact resistance, make it a versatile choice for various industries.   Grafting for Enhanced Properties Vinyltriethoxysilane can be grafted onto polymer main chains, introducing ester groups that serve as active points for warm water crosslinking. This modification enhances the polymer's performance, paving the way for the production of molded products like cable sheaths, insulation, pipes, and other extruded items.   Compatibility and Application in Cross-Linked Polyethylene The vinyl group silane coupling agent exhibits compatibility with polyethylene, polypropylene, and more. Its primary application lies in improving the heat resistance of polyethylene, particularly in electric wires. This product plays a crucial role in the production of cross-linked polyethylene, contributing to elevated performance standards in end products.   Conclusion Vinyl silane coupling agents, exemplified by vinyltriethoxysilane, emerge as indispensable components in enhancing polymer properties. With their diverse applications and compatibility with various polymers, these agents play a pivotal role in industries ranging from electric wires to molded products. As the market continues to grow, understanding the multifaceted benefits of vinyl silane coupling agents becomes crucial for manufacturers seeking advanced solutions in polymer production.