Product Applications
PRODUCTS RANGE
Active Zinc Oxide
The change from the conventional method of extreme heating, resulting in a higher amount of energy, fossil fuel sources, to the chemical precipitation method of zinc oxide may be surprising, but it is a logical response to the rising demand for high BET surface area. Active Zinc Oxide certainly has very specific advantages, like various surface areas ranging up to 110 m2/g, which act as an additive and improve the dispersion properties in blending applications.
Nano Zinc Oxide
A new type of multifunctional inorganic material with nano-sized particles has been developed. The miniaturization of crystal grains alters its surface electronic structure and crystal structure, leading to unique surface effects, volume effects, quantum size effects, and macroscopic tunnel effects that are not present in larger materials. Additionally, it exhibits high transparency and excellent dispersion.
Active Zinc Oxide Applications
LATEX & RUBBER
Active Zinc Oxide is a vital activator in the latex & rubber industry, enhancing the durability and performance of various latex & rubber products. When mixed with elastomer, it significantly improves the material’s resilience and longevity. Our Active Zinc Oxide is used in a wide range of applications, including:
Our Active Zinc Oxide offers an economical dosage-to-performance ratio, providing cost-effective solutions for our customers. By integrating our high-quality Active Zinc Oxide, rubber manufacturers can achieve superior product quality, meeting the stringent demands of various applications.
Benefits:
🔷 Achieves good performance
🔷 Reduces the heavy metal content and reduce the cost of wastewater treatment.
🔷 Add strength to the rubber products
🔷 Improves their mechanical properties
🔷 High heat resistance which reduces the heat induces in the product
🔷 Protect from ultraviolet degradation
PAINT
Inorganic compound of Active Zinc Oxide in coating, generally as a means to prevent corrosion, coating opacity and enhance the hiding properties in paint.
Benefits:
🔷Provides mildew resistance, corrosion inhibition, and stain blocking support.
🔷 Excellent anti-bacterial properties
🔷 Used in primer that acts as a secondary shield to protect the coating surface
🔷 High durability Improves color retention
PLASTIC
Benefits:
🔷 Maintain Heat stability in PVC
🔷 Act as a catalyst in various plastic compounds
🔷 Prevent discoloration and product transparency
🔷 Excellent anti-microbial property
CERAMIC
Active Zinc Oxide is used in manufacturing of commercial/ industrial glasses and ceramic materials.
Benefits:
🔷 As a fluxing agent in the preparation of frits
🔷 Brilliance of color glazes can obtain at less energy i.e at lower melting point by adding desire volume of Active Zinc Oxide.
ADHESIVE
Addition of Active Zinc Oxide in adhesives and tapes helps to improve its material property.
Benefits:
🔷 Increase the elasticity and strength
🔷Enabling adhesion to persist for a considerably long period of time
🔷 Withstand pressure arise from the dynamic movements
🔷 Improves mechanical strength in tapes and adhesives
🔷 Good resistance to heat
ZINC INTERMEDIATE
Active Zinc Oxide is an essential ingredient in producing more than 180 other zinc compounds.
Active Zinc Oxide is used in the production of other zinc-based chemicals as a reaction intermediate. Various intermediate compounds can be synthesized by using Active Zinc Oxide as a key base materials. The intermediate compound has various application and it is being used in agriculture, rubber, chemicals, paint and catalyst manufacturing.
ELECTRONICS
Include varistors that protect circuits from voltage spikes. There is also increasing interest in using the compound for LEDs, semiconductors, transparent transistors, solar cells, liquid crystal displays, and memory devices.
Active Zinc Oxide has several favorable properties, including good transparency, high electron mobility, wide bandgap, and strong room-temperature luminescence. Those properties are valuable in emerging applications for: transparent electrodes in liquid crystal displays, energy-saving or heat-protecting windows, and electronics as thin-film transistors and light-emitting diodes
