Chemicals & Plastics

1.Made of high-purity PTFE, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 250 °C). 2.Low background levels with minimal metal contamination, ensuring contamination-free performance. 3.Smooth, non-wetting surface that prevents adhesion and allows easy cleaning. 4.Supplied with a matching lid, interchangeable with standard beaker configurations. 5.Must be used on a wire gauze (asbestos-free); do not expose directly to an open flame. Volumes: 20 / 30 / 50 / 100 / 250 / 500 mL Applications Used for sample digestion, acid evaporation, boiling, and evaporation to dryness. Also suitable for melting and refining metal liquids, as well as heating and reactions involving solid–liquid systems.

Minimum Order: 1 bags

1.Made of high-purity PTFE, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 250 °C). 2.Low background levels with minimal metal contamination, ensuring contamination-free performance. 3.Smooth, non-wetting surface that prevents adhesion and allows easy cleaning. 4.compatible with PTFE lids or welded handles. 5.Customizable to meet your specific experimental needs. Applications Corrosive chemical environments: Hydrofluoric acid digestion (e.g., silicon analysis in geological samples), aqua regia digestion for heavy metals (e.g., Pb, Cd in soil), and heating of strong alkaline solutions (e.g., NaOH reflux). Prevents container corrosion. Extreme temperature applications: Low-temperature organic synthesis (e.g., Grignard reactions at -78 °C), high-temperature evaporation (e.g., salt solution concentration at 200 °C), and sample pretreatment before freeze-drying. Trace and ultra-trace analysis: Pesticide residue testing in food, trace heavy metal analysis in environmental samples, and impurity determination in pharmaceuticals. Non- adsorptive with zero leachables for accurate results. Biopharmaceutical applications: Protein purification, virus culture, and cell culture media preparation. Free from DNase, RNase, and endotoxins to prevent contamination. Industrial testing: Chemical product purity analysis, electroplating wastewater analysis, and battery electrolyte performance testing. Corrosion- and impact-resistant for frequent industrial use.

Minimum Order: 1 bags

Lithium Hydroxide Monohydrate (Battery Grade) is a high-purity lithium compound widely used in the production of lithium-ion battery cathode materials, such as NCM (Nickel-Cobalt-Manganese) and LFP (Lithium Iron Phosphate) cathodes. It is preferred in battery applications due to its excellent solubility, chemical stability, and high lithium content, which help improve battery energy density, cycle life, and overall performance.

Rubidium chemicals are inorganic compounds that contain rubidium (Rb), an alkali metal similar to potassium and cesium. These compounds are usually formed by combining rubidium ions (Rb⁺) with various anions, such as chloride or carbonate, resulting in salts with unique optical, electrical, and chemical properties. Rubidium compounds are relatively rare, highly soluble in water, and often used in research, optoelectronics, and precision scientific applications.

Cesium Compounds are chemical compounds that contain cesium (Cs), a highly reactive alkali metal. They are typically formed by combining cesium ions (Cs⁺) with various anions, such as chloride, carbonate, or fluoride, resulting in salts with unique chemical, optical, and electrical properties. Cesium compounds are highly soluble in water, often strongly alkaline, and widely used in optical devices, photonics, catalysis, and medical research.

Inorganic salts are essential compounds formed from metallic or ammonium cations and non-metallic anions. Widely used in batteries, fertilizers, pharmaceuticals, and specialty chemicals, they provide stable performance and high purity for diverse industries.Especially lithium compounds, are key materials for advanced battery technology. With stable purity and consistent quality, they support energy storage, electric vehicles, and next-generation power solutions. TAIYE supplies diverse lithium salts and specialty inorganic compounds, serving global battery manufacturers and chemical industries. With a focus on high performance and reliable purity, we help clients achieve innovation and efficiency.

Lithium chemical compounds are essential materials derived from lithium, widely applied in batteries, ceramics, glass, pharmaceuticals, and specialty chemicals. Key products such as lithium carbonate and lithium hydroxide play a critical role in energy storage and electric vehicle industries. TAIYE is a professional lithium chloride manufacturer, providing high-quality lithium salts and derivatives for industrial and battery-grade applications. With a focus on purity, consistency, and reliable supply, TAIYE delivers lithium carbonate, lithium hydroxide, lithium chloride, and lithium bromide that meet strict international standards. As a trusted supplier, TAIYE supports customers across battery, ceramics, pharmaceuticals, and specialty chemicals industries.

Lubricant wax: Fischer-Tropsch wax is widely used in the lubricants sector. It offers excellent lubricating properties and thermal stability, and is commonly used in products such as lubricating oils, release agents and chain lubricants. Candle wax: Fischer-Tropsch wax is a commonly used raw material in candle manufacturing. It provides good burning properties and stability, and is frequently used in the production of various candles, such as pillar candles, tapered candles and candle wicks. Packaging wax: Fischer-Tropsch wax also has applications in the packaging industry. It offers moisture-proof, waterproof and anti-corrosive properties, and is commonly used in food packaging, pharmaceutical packaging and cosmetics packaging. Printing wax: In printing inks, Fischer-Tropsch wax acts as a thickener, gloss enhancer and adhesion promoter. It is frequently used in the production of printed materials such as packaging, labels and posters.

1. Reusable: The PFA chromatography column can be used multiple times, significantly reducing experimental costs. 2.Temperature, acid, and corrosion resistant with low background. 3. Frits: Available in a variety of pore sizes, they ensure excellent flow distribution for enhanced separation efficiency. 4. Weld‑free PFA construction achieved through integrated molding. 5. A unique threaded‑port design enables the selection of caps to preserve the integrity of liquid samples during chromatography. 6. Our company also provides multifunctional PTFE support racks capable of holding various containers. Both the configuration and material of the racks can be customized.

Minimum Order: 1 bags

1.Made of high-purity PTFE, offering excellent resistance to acids, alkalis, and extreme temperatures (-200 to 250 °C). 2.Low background levels with minimal metal contamination, ensuring contamination-free performance. 3.Smooth, non-wetting surface that prevents adhesion and allows easy cleaning. 4.Excellent anti-static properties and reliable sealing performance. 5.Custom sizes supported.

Minimum Order: 1 bags

1. PFA coated heating surface with a corrosion-resistant cast aluminum plate, enabling rapid heat-up and excellent chemical resistance. 2. The heating plate and control unit can be designed as a separate structure to minimize corrosion of electronic components. 3. Optional programmable timing function with multi-stage temperature control. 4. Exposed sections of the power cable are protected with PFA tubing to further prevent corrosion from acid vapors. 5. Compatible with a wide range of Teflon labware, including beakers, crucibles, digestion tubes, digestion vessels, and inner liners. 6. Available with a perforated support rack or integrated design; hole diameter, depth, and quantity can be customized. Usage: Suitable for laboratory processes such as sample heating, digestion, evaporation to dryness, boiling, and acid removal (acid evaporation).Widely used in sample preparation workflows for trace and ultra-trace elemental analysis.

Minimum Order: 1 bags

1. Graphite heating with PFA (PTFE) coating, fast heating, uniform heat distribution, and excellent resistance to acids, alkalis, and organic solvents 2. Split design to protect electronic components from acid fumes 3. Programmable temperature control with timer and stepwise heating(±0.1℃) 4. Power cable protected with PFA tubing for enhanced corrosion resistance 5. Hole diameter, depth, and quantity customizable Application Used for sample digestion, evaporation, boiling, and acid removal. Widely applied in trace and ultra-trace element analysis for environmental, food, research, and biological samples.

Minimum Order: 1 bags

1. Corrosion-resistant Teflon construction with high-purity PFA wetted parts. Translucent chamber for real-time monitoring, with a sealed design to prevent acid vapor leakage. 2. PID digital temperature control (±1 °C) supports programmable heating and timed operation. The silicone heating mantle ensures uniform heating with built-in over-temperature protection. 3. Equipped with a sealed collection system to ensure contamination-free recovery of high-purity acids. 4. Designed for the purification of HCl, HF, HNO₃, etc., producing acids suitable for ICP-MS/OES ultra-trace analysis.

Minimum Order: 1 bags

Fischer-Tropsch wax is widely used in road marking paints and serves as a key performance additive. It significantly improves the application properties of the coating, enhances film quality, and extends the service life of the markings. Improved Application and Flow Properties Reduced Melt Viscosity: Fischer-Tropsch wax effectively reduces the viscosity of the coating in its molten state, giving it better flow and levelling properties. This makes it easier to apply, resulting in smooth, aesthetically pleasing markings. Prevention of Pigment Settling: It acts as a dispersant, helping to distribute pigments and fillers uniformly within the resin. This prevents settling during application, ensuring the uniformity of the coating and the stability of its colour.