Chemicals & Plastics

The VPSA Oxygen Generation Plant delivers stable oxygen supply for industrial applications. Designed for 600~1000 Nm³/h production capacity, this system combines advanced VPSA technology with user-friendly operation. Key Advantages High efficiency: Optimized adsorption process reduces energy consumption Stable operation: 24/7 continuous oxygen supply Compact design: Space-saving layout Low maintenance: Automated operation with minimal manual intervention Customizable: Flexible configuration to meet specific requirements Quick installation: Pre-assembled components Energy-saving: Efficient compressor system Reliable performance: Proven track record in industrial applications

The VPSA Oxygen Plant with Maglev Blower is designed for 100~1500 Nm³/h oxygen production, featuring maglev blower, low noise, energy-saving and variable flow. This system offers reliable performance for industrial applications. Key Advantages High efficiency: Optimized adsorption process reduces energy consumption Stable operation: 24/7 continuous oxygen supply Compact design: Space-saving layout Low maintenance: Automated operation with minimal manual intervention Customizable: Flexible configuration to meet specific requirements Quick installation: Pre-assembled components Energy-saving: Maglev blower technology Reliable performance: Proven track record in industrial applications

The Radial-flow VPSA Oxygen Plant is designed for 1500~2500 Nm³/h oxygen production, featuring radial-flow, high efficiency, large-scale and civil foundation. This system offers reliable performance for industrial applications. The 1500–2500 Nm³/h VPSA Oxygen Plant is a radial-flow industrial oxygen generation system designed for applications requiring continuous medium-to- large oxygen supply. Compared with lower-capacity VPSA systems, this capacity range is particularly suitable for industrial projects such as: Steel and iron production Non-ferrous metallurgy Copper, lead and zinc smelting Large glass and fiberglass production Pulp and paper plants Other continuous industrial oxygen applications The radial-flow configuration is applied to support higher oxygen flow requirements while maintaining efficient gas distribution through the adsorption system.

The 2500–4500 Nm³/h VPSA Oxygen Plant is designed for medium-to-large industrial facilities requiring continuous and high-volume on-site oxygen generation. With oxygen production from 2,500 to 4,500 Nm³/h and oxygen purity up to approximately 94%, this industrial VPSA system can be configured according to actual oxygen demand, required delivery pressure, installation altitude, operating conditions and application requirements. View our full range of VPSA Oxygen Plants. Key Advantages High efficiency: Optimized adsorption process reduces energy consumption Stable operation: 24/7 continuous oxygen supply Compact design: Space-saving layout Low maintenance: Automated operation with minimal manual intervention Customizable: Flexible configuration to meet specific requirements Quick installation: Pre-assembled components Energy-saving: Efficient compressor system Reliable performance: Proven track record in industrial applications

The 4500–8000 Nm³/h VPSA Oxygen Plant is Doer's large-capacity on-site oxygen generation system developed for industrial facilities with continuous and high- volume oxygen demand. Designed for applications such as steelmaking, ironmaking, non-ferrous metal smelting and other large industrial processes, this Large Scale VPSA Oxygen Plant can produce up to approximately 8,000 Nm³/h oxygen per train, with oxygen purity up to approximately 94%. Unlike smaller skid-mounted VPSA systems, equipment in this capacity range is engineered as an industrial project according to actual oxygen consumption, required oxygen purity, delivery pressure, installation altitude and site conditions. For projects requiring more than 8,000 Nm³/h total oxygen capacity, multiple VPSA trains can be configured according to the required plant output. View our complete VPSA Oxygen Plant range. Key Advantages High efficiency: Optimized adsorption process reduces energy consumption Stable operation: 24/7 continuous oxygen supply Compact design: Space-saving layout Low maintenance: Automated operation with minimal manual intervention Customizable: Flexible configuration to meet specific requirements Quick installation: Pre-assembled components Energy-saving: Efficient compressor system Reliable performance: Proven track record in industrial applications

If you are sourcing 4-Trifluoromethoxyphenylboronic acid CAS 139301-27-2, a type of Organic Boronic Acid, for pharmaceutical production, you may start with a development quantity, but your requirements can change quickly once the route moves into process optimization or scale-up. At that stage, price is no longer the only consideration. You also need to know whether the material can remain consistent from batch to batch, whether documentation is available when your quality team needs it, and whether the supplier can continue supporting you as purchasing volumes increase. If CAS 139301-27-2 is part of your Sonidegib intermediate synthesis, your purchasing priorities often change as the project develops. During early route evaluation, your chemists may simply want to know whether the material works in the intended reaction. Once the process starts moving toward production, your team may pay more attention to: purity consistency impurity profile reaction reproducibility documentation lead time packaging repeat availability

If you are sourcing 3,4-Dichlorophenylboronic acid CAS 151169-75-4, a type of Organic Boronic Acids, for pharmaceutical or fine chemical production, your requirements may go well beyond finding a small research-grade pack. Once your project moves into process development, pilot production or repeat manufacturing, you may care more about batch consistency, impurity control, documentation and long-term availability. Chemical Properties Melting point 280-285 °C (lit.) Boiling point 339.2±52.0 °C(Predicted) Density 1.47±0.1 g/cm3(Predicted) Storage temp. Keep in dark place,Sealed in dry,Room Temperature Solubility: Acetone (Slightly), Chloroform (Very Slightly, Heated, Sonicated) Pka 7.37±0.10(Predicted) Form: Powder, Color: White to off-white Sensitive Air Sensitive BRN 7369790

If you are sourcing 3,5-Dimethylphenylboronic acid CAS 172975-69-8, a type of Organic Boronic Acid, for pharmaceutical, fine chemical or organic synthesis, your requirements may change significantly as the project moves from laboratory evaluation into regular production. A small quantity may be enough during route development. Once your process is confirmed, however, you may start looking more closely at batch consistency, impurity control, lead time, documentation and whether the same supplier can continue supporting you as demand increases. Maison supplies 3,5-Dimethylphenylboronic acid at 99% purity with commercial production and stable supply support. Commercial production Stable supply for repeat orders Bulk purchasing support Suitable for pharmaceutical and fine chemical synthesis Suitable for Suzuki-Miyaura coupling Batch quality control Support for custom specifications COA, SDS and technical documentation support

Maison supplies 2-Fluoro-6-methoxyphenylboronic acid CAS 78495-63-3 for pharmaceutical intermediate synthesis, Suzuki cross-coupling and specialty fine chemical production. Also known as 3-fluoroanisole-2-boronic acid and 2-fluoro-6- methoxybenzeneboronic acid, this disubstituted aryl boronic acid contains both fluoro and methoxy functional groups and can be used as an organic synthesis building block. We support qualification samples, pilot quantities, bulk orders and customer- specific specifications of organic boronic acids for international buyers. Typical Applications 2-Fluoro-6-methoxyphenylboronic acid may be used in: Pharmaceutical intermediate synthesis Suzuki–Miyaura cross-coupling reactions Preparation of substituted biaryl compounds Fluorinated aromatic compound development Fine chemical and specialty material synthesis

Chemical name:2，4-Difluorophenylboronic acid CAS No.: 144025-03-6 Application: Diflunisal intermediate Adaptation disease: Mainly used to relieve joint pain and mild to moderate pain Purity: 99% Key features: Batch-to-batch consistency guaranteed Production capacity 20tons per month Full traceability via ISO 9001:2015 system Maison supplies 2,4-Difluorophenylboronic acid CAS 144025-03-6 for pharmaceutical intermediate production, organic synthesis and commercial fine chemical manufacturing. Also known as 2,4-difluorobenzeneboronic acid, this Organic Boronic Acids can be used as a building block in Diflunisal-related synthesis routes and other Suzuki cross-coupling applications.

Microcrystalline wax is a commonly used thickener, which mainly utilizes its characteristics of high melting point, high viscosity, and strong gel strength to thicken, densify, and stabilize the structure in systems such as lubricating grease and ointment. ‌‌ Grease and Vaseline: Microcrystalline wax is often used to manufacture hydrocarbon-based grease for instruments and sealing purposes, as well as thickeners for Vaseline-type products, due to its high gel strength, good adhesion, and excellent protective properties. Pharmaceutical Ointments and Creams: As a hardening agent in topical creams and ointments, it can also reduce oil leakage from wax mixtures; with a higher melting point and greater melt viscosity than paraffin, it can increase the consistency of the formulation.

Microcrystalline wax has a wide range of industrial applications, primarily serving as a grease thickener and a paraffin modifier, while also being extensively used in the rubber, personal care, packaging, electronics, and food industries.‌‌ ‌Grease Thickener‌: Microcrystalline wax is a key thickening agent in the manufacture of lubricants for instruments and seals, as well as petroleum jelly. Leveraging its high gel strength, excellent adhesion, and protective properties, it is used to adjust the consistency and performance of lubricants. Rubber Industry: This is a major application area for microcrystalline wax, where it is primarily used as a rubber protective wax, serving as a “long- lasting protective barrier” in products such as tires and rubber seals.

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Plastic Corner bead is mainly used for plastering of walls (Drywall), provides excellent protection to external corners. The holes and knurled surface provide an excellent 'key' for the joint compound. It includes several types such as "L" bead.