Chemicals & Plastics

Excellent thermal stability and lubricity: Microcrystalline wax is composed of branched-chain alkanes and naphthenes. Compared to ordinary paraffin wax, it offers superior lubricity and thermal stability, and therefore performs exceptionally well in moulding processes involving higher temperatures. Long-lasting release performance: In the moulding of materials such as polyurethane, release agents containing microcrystalline wax can achieve a ‘one-coat, multiple-use’ effect, effectively improving production efficiency. High surface finish: Microcrystalline wax can be applied and polished multiple times, forming a smooth film on the mould surface. This results in a finished product with minimal surface imperfections and a high gloss finish, which is particularly important for industries with stringent aesthetic requirements.

Nitrous oxide, also known as nitrous oxide, is an inorganic substance that is stable at room temperature, has a mild anesthetic effect, and can cause people to laugh. N2O Specialty Gas is a specialty gas primarily used for anesthesia and pain relief in medical and dental procedures, as a propellant in food products like whipped cream, as an oxidizer in rocket propulsion, and to enhance engine performance in automotive racing. Although its medical application is the best- known usage for N2O by far, there are manifold applications existent for Nitrous Oxide, e.g. for a power enhancement of a combustion engine, as an oxidizer in rocket motors or as an aerosol spray propellant. However, high- purity Nitrous Oxide is increasingly used in the semiconductor industry, predominantly as a precursor for the controlled deposition of thin films onto a wafer. In particular, N2O UHP is – in combination with Silicon precursors such as Silane – crucial for the production of high-quality insulating Silicon Oxide layers.

Sulfuryl fluoride is an inorganic compound. It is a colorless, odorless and toxic gas under normal temperature and pressure. It is mainly used for fumigation and insecticide. SO₂F₂ Industrial Gas, chemically known as Sulfuryl Fluoride, is a colorless, odorless, and non-flammable gas widely used across multiple industries. Initially developed as a fumigant gas for pest control, sulfuryl fluoride has expanded its role in chemical synthesis, electronics manufacturing, and materials processing. Its excellent stability, non-corrosiveness, and high efficiency make it an essential specialty gas for industrial applications that demand precision and purity. Sulfuryl fluoride is classified as an inorganic fluoride compound with the chemical formula SO₂F₂. Under standard conditions, it exists as a compressed gas and is known for its strong oxidative potential and high vapor pressure, which enables rapid penetration in closed systems.

Ammonia is a colorless gas with a strong pungent odor and is corrosive. Ammonia is an important chemical raw material. In order to facilitate transportation and storage, liquid ammonia is usually obtained by pressurizing or cooling gaseous ammonia. Refrigeration Role: Ammonia gas serves as an efficient and environmentally friendly refrigerant in industrial refrigeration systems. Benefits: It has excellent thermodynamic properties, providing effective cooling while minimizing environmental impact compared to some traditional refrigerants with higher global warming potential. Fertilizer Production (Urea): Role: Ammonia gas is a key component in the synthesis of urea, a widely used nitrogen fertilizer. Benefits: Urea production from ammonia enables the efficient and controlled release of nitrogen to enhance crop yield and promote plant growth, contributing to agricultural productivity. Semiconductor Manufacturing: Role: Ammonia gas is employed in the production of high-purity nitrogen and as a cleaning agent in semiconductor manufacturing processes. Benefits: Its high reactivity and purity make ammonia suitable for critical applications in semiconductor fabrication, ensuring the quality and reliability of electronic components.

Carbon monoxide gas (CO) is a colorless, odorless, and tasteless gas that is highly toxic to humans and animals. It is produced by the incomplete combustion of carbon-containing materials such as coal, gasoline, and wood. Application of Carbon Monoxide ● The chemical industry ● Certain types of electronic components ● Preserve fruits and vegetables during storage and transport ● In the primary metals industry ● As catalyst regeneration in organic and inorganic chemical synthesis ● As a component of gas mixtures for pulmonary diffusion ● As a component of laser gas mixtures and calibration gas mixtures ● As fuel in fuel cells Do you need carbon monoxide as a test gas or calibration gas? Choose the model you need from the wide range: no matter what concentration or composition you require, just contact us to order online! We also offer cylinders in various sizes: 47 liters, 50 liters or other sizes.

Ethylene is a colourless, special gas with a sweet odour. Ethylene is one of the chemical products with the largest output in the world and an important basic raw material of organic chemical industry. Its output is one of the important symbols to measure the development level of a country's petrochemical industry. Organic Chemical Feedstock: Application: C2H4 gas serves as a fundamental organic chemical feedstock in the production of various chemicals and polymers. Benefits: Its versatile reactivity allows for the synthesis of a wide range of products, including plastics, solvents, and synthetic fibers, contributing to the manufacturing of diverse consumer goods. Fruit Ripening Agent: Application: C2H4 gas is employed as a fruit ripening agent in agriculture. Benefits: Controlled ethylene exposure accelerates the ripening process, ensuring uniform ripening of fruits. This leads to improved marketability, reduced spoilage, and better supply chain management. Pharmaceutical Synthesis: Application: C2H4 gas is utilized as a raw material in the synthesis of pharmaceuticals. Benefits: Its role in pharmaceutical synthesis enables the production of various medicinal compounds, contributing to the development of pharmaceutical products that enhance healthcare and medical treatments.

Microcrystalline wax is a key ingredient in the production of high-quality shoe polish; it makes the polish easier to apply, ensures a long-lasting shine, and enhances the leather’s water-repellent and stain-resistant properties. It serves the following primary functions in the manufacturing of shoe polish: Formulation and stabilisation: Microcrystalline wax has excellent oil- absorbing properties, enabling it to ‘lock in’ the various oils and solvents within the shoe polish, forming a uniform and stable paste that prevents the separation of oils during storage. Enhancing shine and durability: With its fine crystalline structure, it generates a shine easily through friction and forms a tough, translucent protective film on the surface of leather shoes, making them shine more with each polish. At the same time, this wax film provides effective water and stain resistance.

Microcrystalline wax is a highly effective waterproof and moisture-resistant material, owing primarily to its chemical stability, strong water-repellency, good flexibility and excellent adhesion. It has a wide range of industrial applications, primarily in the following areas: Flooring and building materials: Used as a waterproof sealing layer for laminate flooring, it penetrates the surface of the material to form a waterproof barrier whilst preventing the release of harmful substances from the flooring. It is also used as a waterproof coating for corrugated cardboard boxes. Premium packaging: It is used as a waterproof layer in packaging boxes for tobacco, alcohol and cosmetics, providing dual waterproofing to prevent the packaging from becoming damp, softening and losing strength. Other industrial products: It is used as an ingredient in rust inhibitors, candles and polishes, utilising its stability and water resistance to provide sealing, protection and a glossy finish.

In the ink and coatings industry, microcrystalline wax is primarily used as an abrasion inhibitor, scratch-resistant agent and touch modifier, whilst also improving the formability of products. Abrasion and scratch resistance: After printing, the wax floats to the surface of the ink film to form a lubricating protective layer; this is one of its most important functions. Anti-adhesion and Slip: It prevents printed materials from sticking together when stacked and enhances slip, facilitating post-press processes such as cutting and stacking. Printability: In offset printing, it reduces ink viscosity, effectively minimising paper ‘fuzzing’ and ‘powdering’, thereby improving printing efficiency. Scratch Resistance: Particularly suitable for applications requiring high abrasion resistance, such as scratch-off inks used on airline tickets, lottery tickets and other prize-winning scratch-off products.

Microcrystalline wax can be used as a lubricant, with its applications primarily falling into the following categories: ‌As a thickening agent for greases: Microcrystalline wax possesses good gel strength and adhesion, and is commonly used as a thickening agent in the manufacture of greases for instrumentation and sealing, as well as in petrolatum-based products, effectively regulating the consistency and stability of the grease. ‌Direct use as an industrial lubricant: Microcrystalline wax reduces friction between mechanical components, protects metal surfaces and extends equipment lifespan, whilst also offering some rust-preventive properties. ‌Blending with other materials: Microcrystalline wax can be mixed with paraffin wax, mineral oil and other substances to improve lubrication performance; it is widely used as a processing aid in the rubber, plastics and textile industries.

Microcrystalline wax is primarily used as a functional additive in rubber and plastics processing to improve the processing properties of the material and the physical properties of the final product. ‌Role in rubber processing‌ ‌Enhancing weather resistance and anti-ageing properties‌: After vulcanisation, microcrystalline wax slowly migrates to the surface of the rubber, forming a dense, continuous physical protective film that effectively blocks the erosion of rubber molecular chains by ozone, oxygen and ultraviolet light, thereby delaying cracking and ageing. Role in plastics processing: Optimising flow properties: Acting as an internal lubricant, it reduces the viscosity of the plastic melt, improving mould filling and demoulding properties. Enhancing surface quality: It increases the gloss, abrasion resistance and anti-adhesion properties of the finished product, and is widely used in electronic product casings, packaging materials and similar applications.

GX-401 PVC Cazn stabilizer is a composite calcium-zinc stabilizer synthesized by our company using a one-step synthesis method. Due to the high-temperature synthesis method, this stabilizer does not have strong acidity, strong alkalinity and strong oxidizing properties. , is a weakly alkaline PVC stabilizer with relatively mild properties and will not corrode or damage equipment. It is widely used in extrusion, injection molding, calendering and other processes of PVC hard products. It has good demoulding properties, no precipitation, wide processing range and strong applicability. It can be applied to wire pipes, drainage pipes, corrugated pipes, water supply pipes, gusset plates, wall panels, wood plastic, foam boards, pipe fittings, special profiles, SPC floors, edge strips and many other products.

This product is a special stabilizer newly developed by our company for C-PVC product factories in recent years. The finished product has the characteristics of high stability (Main content is 44%), high lubricity, good flow and excellent mold release. It is especially suitable for the processing of C-PVC products with high viscosity, high processing temperature and long processing time. It is the market leader. The preferred stabilizer for C-PVC.(This stabilizer is pure material and does not contain calcium carbonate) Our PVC Stabilizer for CPVC is a high-performance thermal stabilizing agent developed specifically for chlorinated polyvinyl chloride (CPVC) applications. Known for its superior high-temperature resistance and excellent compatibility with CPVC resin, this stabilizer effectively controls thermal degradation, improves processing stability, and enhances the long-term performance of CPVC products such as hot water pipes, industrial pipe systems, and high-temperature fittings.

G-102 is a compound stable lubrication additive newly developed by Lianfu Company. Compared with G-108 and LG-09, its stability is slightly lower, but its lubrication is better, internal and external lubrication is balanced, and the later release is excellent. Mainly for high-calcium products, only G-102 lubricating stabilizer is added to the product, which not only replaces stability but also replaces lubrication. No need to add other lubricants. Especially for products with more than 100 parts of calcium powder, it has extremely excellent advantages. This product is suitable for all types of high calcium products, such as various types of pipes, plates, gussets, etc.