Water-based ink, also known as waterborne ink, is an ink that uses water as a solvent or dispersion medium. Its characteristics of "non-toxic, non-irritating, non-flammable, and non-explosive" are destined to have a broad development prospect. Performance of water-based ink 1. Viscosity Viscosity is a key physical parameter of water-based printing ink, which indicates the resistance of ink to flow at a certain temperature. Controlling the viscosity range can ensure smooth ink flow and print performance. Since the solvent of water-based ink is water, the water molecular weight is small and the fluidity is better, so the viscosity is usually lower than that of traditional ink. 2. Dispersibility The dispersibility of water-based ink refers to the ability of pigments to disperse evenly in water media. Pigments are mostly solid powders, and dispersants are needed to make them evenly dispersed in water media to facilitate printing. Good dispersibility can ensure uniform color, stable printing quality, and improve printing speed and production efficiency. 3. Adhesion performance The adhesion of water-based ink is its ability to evenly adhere to the surface of the printing material during the printing process. This performance is affected by the surface properties of the printed material, the composition of the ink and the pressure of the printing press. Good adhesion helps to ensure the clarity and color saturation of the printed pattern, while improving the printing speed and production efficiency. 4. Gloss The gloss of water-based ink refers to the brightness of the printed surface, which is an important indicator affecting the quality of the printed product. Gloss is related to factors such as the type, particle size, dispersion of the ink pigment, the thickness of the ink film, and the surface properties of the printed material. Generally speaking, the smaller the pigment particle size, the better the dispersion, the thinner the ink film, and the smoother the surface of the printed material, the higher the gloss of the ink. 5. Surface tension The surface tension of water-based ink affects its coating performance and printing quality. The greater the surface tension, the better the coating performance and the higher the printing quality. The surface tension of water-based ink is affected by factors such as ink composition, dispersant, and surfactant. Excessive surface tension may cause problems such as wrinkling on the surface of the printed product and excessive viscosity, while too small surface tension may cause uneven ink coating. 6. Drying performance The drying performance of water-based ink refers to the ability of ink to change from liquid to solid during the printing process, which directly affects the quality of printed products. Too long or too short drying time will affect production efficiency and print quality. Its performance is affected by factors such as ink composition, coating amount, printing materials, ambient temperature and hum...

Exterior Art Coatings: With its unique decorative effect and outstanding performance, exterior art coatings have gradually become a popular choice for modern building exterior decoration. It not only adds a bright color to the building, but also showcases the unique charm and personality of the building through rich textures and sensations. 01 The charm of exterior art coatings: ① Strong Decorative Effect Exterior art coatings offer a wide range of color and texture options, from modern simplicity to vintage European styles, from natural stone to metallic textures. It can create a unique exterior decoration effect for the building according to the architectural style, making each building a scenic spot on the street. ② Excellent Weather Resistance Facing complex and variable natural environments, exterior art coatings demonstrate outstanding weather resistance. It can resist the erosion of ultraviolet rays, rain, wind, and sand, maintaining long-lasting color and luster, and is not prone to fading, powdering, or cracking, ensuring the beauty and durability of the building's exterior. ③ Environmentally Friendly and Energy-Efficient Most modern exterior art coatings use water-based environmentally friendly formulas, with low VOC emissions, and are harmless to the environment and human health. Some art coatings also have heat insulation and heat preservation functions, helping to reduce the energy consumption of buildings and achieving the goal of green buildings. 02Exterior Wall Art Coatings - Titanium Crystal Stone Among the various types of exterior wall art coatings: Titanium Crystal Stone stands out for its unique stone-like effect and outstanding performance. High simulation degree: Through multi-layer spraying technology, Titanium Crystal Stone exterior wall coating can highly reproduce the texture and luster of natural stone, with an extremely high degree of simulation, making it difficult to distinguish between the real and fake. Lightweight design: Compared to traditional stone, Titanium Crystal Stone exterior wall coating is lightweight, reducing the building load and reducing the risk of detachment, making it safer and more reliable. Environmentally friendly and durable: Using water-based eco-friendly formula, with low VOC emissions, it complies with environmental standards. At the same time, after strict weather resistance tests, Titanium Crystal Stone exterior wall coating has excellent weather resistance and anti-aging properties, with a long service life. 03 Exterior Wall Art Coating - Roman Stone It is renowned for its unique hole effect, which is a natural regenerated stone effect, bringing the unique aged look of stone. The coating surface is usually smooth and fine, with soft luster and strong texture. Inorganic eco-friendly material: Using eco-friendly inorganic components, it is non-toxic and harmless, covering the building with a green coat and protecting the health of the residents. Natural stone's hole texture: Each hole is ...

Acrylic emulsion is a water-based emulsion, composed of two different monomers: soft monomers and hard monomers. Soft monomers refer to monomers with high hydrophilicity and dispersion performance. Hard monomers refer to monomers with high lipophilicity and crystallization properties. The functional differences between soft monomers and hard monomers 1. Different dispersion properties: Soft monomers have good dispersion performance, which can make the particles in the emulsion disperse evenly and improve the quality of products such as coatings and adhesives. Hard monomers, on the other hand, have poor dispersion performance, which can easily lead to particle agglomeration and affect product quality. 2. Different morphological stability: Hard monomers have high crystallization performance, which can improve the morphological stability of the emulsion and prevent the precipitation and phase separation of the emulsion. However, soft monomers have poor crystallization performance and are prone to causing emulsion instability. 3. Different application fields: Soft monomers are suitable for preparing highly dispersed, highly transparent and highly hard emulsion products; Hard monomers, on the other hand, are suitable for preparing emulsion products with high filling amount, high flexibility and high viscosity. Ii. The proportion of soft monomers to hard monomers in acrylic emulsion Under normal circumstances, the ratio of soft monomers to hard monomers is between 3:7 and 7:3. In practical applications, it is necessary to select the appropriate proportion of monomers based on the requirements of the product and process conditions to achieve better performance and effect. styrene acrylic emulsion manufacturer,waterproof acrylic emulsion,acrylic latex paint

Acrylic emulsion has extensive applications in the construction industry, mainly due to its excellent performance and diverse application scenarios. The main uses and characteristics of acrylic emulsion in construction are as follows: 1. Application Acrylic emulsion is mainly used for waterproofing, anti-corrosion and beautification treatment of building materials. Its properties enable it to be widely applied in the following areas: Waterproof treatment: Acrylic emulsion cement mortar (referred to as acrylic emulsion mortar) is a polymer cement mortar modified by acrylic ester copolymer emulsion, which has excellent waterproofing performance and is suitable for waterproofing and repair of concrete structures. Corrosion protection: Acrylic emulsion has good anti-corrosion properties and can effectively prevent the corrosion of building materials caused by environmental factors (such as moisture, acid-base corrosion, etc.). Aesthetic enhancement: Acrylic emulsion paint can provide a variety of color and gloss options and is suitable for interior and exterior walls, roofs, etc. of buildings, enhancing the visual appeal of the building. 2. Characteristics Water resistance and weather resistance: Acrylic emulsion coatings have excellent water resistance and weather resistance, and can effectively resist erosion from natural factors such as rain, sunlight, wind, etc. Good adhesion: Acrylic emulsion can adhere well to various building materials and provide a solid base support. Environmental friendliness: Acrylic emulsion is an environmentally friendly material, and the volatile organic compounds (VOC) emissions during its production and use are relatively low, having a smaller impact on the environment and human health. 3. Construction application In building construction, acrylic emulsion is often used to make waterproof coatings, anti-corrosion coatings, and aesthetic decorative coatings. During the construction process, acrylic emulsion needs to be mixed with cement and other materials in a certain proportion and applied or sprayed onto the building surface according to specific requirements. In conclusion, acrylic emulsion has extensive applications in construction and achieves remarkable results. It is one of the indispensable key materials in modern construction projects. Sinograce Chemical Company produces acrylic emulsion which is used in building coatings, interior and exterior wall paints. For more information, please click on the picture below.