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Wrinkle Powder Coating
Formulated with high-durability polyester or hybrid resins, wrinkle-texture additives, curing agents, mineral fillers, flow modifiers, UV absorbers, anti-yellowing stabilizers, and corrosion inhibitors, Wrinkle Powder Coating ensures consistent texture development and long-term outdoor performance. Available in black wrinkle, grey wrinkle, metallic wrinkle, and custom-textured colors, it maintains stable appearance under exposure to sunlight, moisture, oil, dust, and mechanical impact. The rough, tactile pattern improves grip and reduces fingerprint visibility on high-touch surfaces. This coating provides a bold, non-slip, matte appearance that hides surface defects and offers excellent protection, making it ideal for automotive parts, machinery housings, toolboxes, outdoor equipment, gym machines, audio equipment, electronic enclosures, industrial control panels, metal cabinets, and architectural components.
Xylene
Xylene exists in three isomeric forms — ortho-xylene, meta-xylene, and para-xylene — along with mixed xylene blends commonly used in industrial formulations. Each type has specific uses: para-xylene is a key raw material for polyester and PET resin production; ortho-xylene is used in manufacturing phthalic anhydride; and meta-xylene serves in the production of isophthalic acid and coatings. Mixed xylene is extensively used as a solvent in paints, inks, adhesives, rubber, and cleaning agents. Industrial production involves catalytic reforming of petroleum naphtha followed by fractionation and purification to achieve high purity levels, typically 99.5% or higher, ensuring excellent consistency and performance.
Yellow Brass
The proportions of zinc and copper within brass can be varied, creating a range of brass with varying properties. For instance, small additions can be made of other metals, including lead, tin, aluminum, and arsenic, to improve properties such as machinability, strength, and corrosion resistance. these alloys are known for being easily formed and retaining high strength after forming.
Yellow brass (CuZn33) has 33% zinc and 67% copper. It is yellow in color and has the ability to be shaped as required.
Yellow Ochre Powder
Commercial yellow ochre is available in several grades and varieties, including Natural Yellow Ochre, Golden Yellow Ochre, Light Yellow Ochre, and Deep Yellow Ochre, distinguished by iron oxide content, brightness, and processing level. These grades allow manufacturers to select precise shades ranging from soft pastel yellow to rich golden hues.
Yellow ochre powder is extensively used in architectural and industrial paints, cement and concrete coloring, plasters, mortars, bricks, tiles, ceramics, putties, asphalt, rubber, plastics, and decorative coatings. Its natural stability makes it especially suitable for exterior applications where color permanence and weather resistance are required.
Zeolite
There are several types of Zeolite, including Natural Zeolite (Clinoptilolite) and Synthetic Zeolite varieties such as Zeolite A, Zeolite X, and Zeolite Y, each optimized for specific applications. Natural Zeolite is widely used in water and wastewater purification, gas adsorption, soil improvement, and animal feed additives, while Synthetic Zeolites serve in detergent manufacturing, petrochemical refining, and catalytic cracking. Production involves mining, crushing, and refining natural deposits, or synthesizing through controlled hydrothermal crystallization of alumina and silica under specific temperature and pH conditions. The result is a uniform, high-purity product with tailored pore size and ion-exchange capacity.
Zinc Chromate Alkyd Primer
Zinc Chromate Alkyd Primers are typically supplied as single-pack (one-component) systems and are applied on structural steel, metal frameworks, machinery, storage tanks (external surfaces), pipelines, marine equipment, agricultural machinery, and general industrial steelwork. Key advantages include good corrosion resistance, effective passivation of steel surfaces, easy application by brush, roller, or spray, and compatibility with alkyd, synthetic enamel, and certain epoxy topcoats. Typical properties include good surface wetting, smooth film formation, fast air drying, moderate chemical resistance, and suitability for low to medium corrosive environments.
Zinc Chromate Epoxy Primer
Zinc Chromate Epoxy Primers are mainly supplied as two-component epoxy systems (base + hardener) and are used on structural steel, industrial equipment, pipelines, storage tanks, marine structures, ship components, offshore platforms, and heavy machinery. Their key advantages include outstanding corrosion resistance, effective passivation of steel surfaces, excellent adhesion to properly prepared substrates, and compatibility with epoxy, polyurethane, and acrylic topcoats. Typical properties include good resistance to moisture, salts, oils, and mild chemicals, high mechanical strength, smooth film formation, and suitability for medium to high corrosion categories (C3–C5 environments).
Zinc Dust
Zinc Dust is available in various grades and particle sizes, including high-purity (≥98%), special-grade (≥99%), and ultra-fine zinc dust designed for precision coatings and electrochemical uses. It is primarily used in anticorrosive paints and coatings such as zinc-rich primers for steel protection, in chemical industries for producing zinc salts and as a reducing agent in dye and pharmaceutical synthesis, and in metallurgical processes such as cementation of precious metals. Production involves melting pure zinc ingots, vaporizing under controlled conditions, and rapidly cooling the vapor into fine, uniform particles to ensure maximum reactivity and purity.
Zinc Ethyl Silicate Primer
Zinc Ethyl Silicate Primers are available in single-pack moisture-cured and two-component systems, depending on formulation and curing requirements. They are commonly applied on structural steel, offshore platforms, refineries, petrochemical plants, power stations, bridges, storage tanks, shipbuilding steel, and heavy industrial equipment. Key advantages include excellent galvanic protection, outstanding resistance to abrasion, heat, solvents, and chemicals, and very long service life in severe corrosion categories (C4–C5). Typical properties include zinc content often exceeding 80–85% by weight in dry film, high temperature resistance, excellent weldability, and compatibility with epoxy, polyurethane, and silicone topcoats.
Zinc Ingot
Zinc Ingots are available in various types and grades, including Special High Grade (SHG 99.995%), High Grade (99.95%), and Prime Western (98.5–99%), each tailored for specific industrial applications. They are primarily used in galvanizing steel, die casting alloys, brass manufacturing, batteries, chemicals, and paint and rubber production. Production involves roasting zinc concentrate, leaching, purification, electrolysis, and casting under controlled conditions to ensure uniform crystal structure and purity. The refined ingots feature excellent fluidity, uniform weight, and minimal impurities, ensuring superior performance in melting and alloying processes.
Zinc Oxide
There are two main types of Zinc Oxide: Direct (American) process and Indirect (French) process, each delivering distinct purity and particle characteristics. Zinc Oxide is widely applied in rubber and tire industries as a vulcanization activator, in ceramics as a glaze enhancer, and in paints and coatings as a UV-resistant pigment. It is also used in pharmaceuticals and cosmetics for its antiseptic and sunscreen properties, and in animal feed to support healthy growth. Production typically involves oxidation of metallic zinc or calcination of zinc carbonate under controlled conditions to ensure high surface area and consistent purity, ranging between 99% and 99.9%.
Zinc Phosphate Alkyd Primer
Zinc Phosphate Alkyd Primers are generally supplied as single-pack (one-component) systems and are suitable for application on structural steel, metal frameworks, machinery, pipelines (above ground), storage racks, agricultural equipment, and fabricated steel components. Key advantages include good adhesion to properly cleaned steel, improved corrosion resistance compared to iron oxide primers, easy application by brush, roller, or spray, and good compatibility with alkyd, synthetic enamel, and certain epoxy topcoats. Typical properties include good surface wetting, smooth film formation, fast air drying, and suitability for low to medium corrosive environments.