Chemicals & Plastics

CAS NO. :1624-62-0 Molecular formula :C19H24O2 Molecular weight :284.3927 Character: White or white crystal

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CAS number :586-77-6 Molecular formula :C8H10BrN Molecular weight :200.0757 Character: White or white crystal

CAS NO. :17159-79-4 Molecular formula :C9H14O3 Molecular weight :170.2057 Properties: Light yellow or colorless transparent liquid

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CAS NO. :492-37-5 Molecular formula :C9H10O2 Molecular weight :150.1745 Properties: white powder solid

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CAS NO. :111128-12-2 Molecular formula :C10H11O2Br Molecular weight :243.09714 The key intermediates of loxoprofen were synthesized from toluene by Friedel- Crafts, Willgerodt-Kindler hydrolysis, monomethylation and bromination

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CAS NO.:5306-85-4 Molecular formula :C8H14O4 Molecular weight :174.19436 Properties: Colorless liquid

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Molecular formula: C6H10O Indications: For the treatment of cerebral edema and glaucoma. Density: 1.475g/cm3 Melting point: 56-62℃ Boiling point: 372.1°C at 760 mmHg Flash point: 178.8°C Vapor pressure: 4.71E-07mmHg at 25°C Character: light yellow or white crystal

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Molecular formula: C6H7NO6 Appearance: Tablet Isosorbide mononitrate is an over-the-counter drug used in the treatment of coronary heart disease, the prevention of vasospasm and mixed angina pectoris, the treatment of myocardial infarction and the treatment of chronic cardiac insufficiency. English name 1,4:3, 6-Dianhydro-d-Glucitol 5-nitrate Chinese alias 5-isosorbide mononitrate; Isosorbide mononitrate CAS RN 16051-77-7 EINECS number 240-197-2 The subsize is 189.1229 Physical and chemical properties Melting point 88-93°C Specific rotation 170° (c=1, EtOH) Appearance: white crystalline powder

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Physical Appearance: Freeze-dried powder Formulation: 5mM PB (pH 7.4) before freeze-drying Mol. Wt.: 17.1kDa TheorypI: 9.58 Resources: Es , cherichia coli (E. coli) Purity: ≥95% by SDS-PAGE analysis Endotoxin: <50.0 EU/mg protein Storage Condition: -20oC Tr , ansportation conditions: Low temperature transportation using ice packs or dry ice Storage Duration: 3 yearsBiological Activity: specific activity of ＞ 5*105 units/mg protein.( calculated by the dose-dependant proliferation of mouse BALB/c 3T3 cells)

Theory pI: 5.10 Resources: Escherichia coli (E. coli) Purity: ≥95% Storage condition: -20℃ Storage Duration: 3 years Recombinant Staphylococcal Protein A is a cell wall protein deriving from Staphylococcus aureus which exhibits unique binding properties for IgG from a variety of mammalian species and for some IgM and IgA as well. It binds with the Fc region of immunoglobulins preferentially through interaction with the heavy chain. It is conjugated to a wide variety of reporter molecules including fluorescent dyes, enzyme markers, biotin, colloidal gold and radioactive iodine for use in immunology and other biological research without affecting the antibody binding site. It is also immobilized onto solid supports such as agarose beads for total IgG purifying from ascitic fluid, serum, culture supernatants and cell extract or interest protein.

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In modern agriculture, the demand for efficient and sustainable livestock production is growing rapidly. To meet this demand, the Animal Feed Processing Plant has become an essential component in the livestock and poultry farming industry. From boosting feed efficiency to ensuring consistent feed quality, these plants provide a reliable solution for producing high-quality animal feed at scale. What Is an Animal Feed Processing Plant? An animal feed processing plant is a facility that turns raw agricultural ingredients—such as corn, soybeans, wheat bran, alfalfa, and rice husks—into formulated feed pellets for animals. These plants are designed to ensure nutritional balance, improve digestion, and reduce feed waste. They typically include several stages: raw material crushing, mixing, pelletizing, cooling, screening, and packaging. Depending on the setup, feed plants can be used to produce feed for a wide range of animals such as chickens, pigs, cows, sheep, rabbits, fish, and more. Whether you run a small family farm or a commercial feed business, a customized animal feed plant can significantly improve your feed production efficiency. Key Components of an Animal Feed Processing Plant 1、Raw Material Crusher This machine crushes raw materials like corn, wheat, and soybean into fine powder, making them suitable for mixing and pelletizing. 2、Feed Mixer A horizontal or vertical mixer blends various ingredients to achieve a balanced nutritional profile for animals. 3、Feed Pellet Machine This is the heart of the processing line. It compresses mixed materials into uniform pellets that are easy to store, transport, and digest. 4、Cooling System After pelletizing, feed is hot and moist. The cooling machine brings it to room temperature, enhancing pellet hardness and shelf life. 5、Screening and Packaging Broken or oversized pellets are filtered out, and finished products are weighed, packed, and sealed for storage or sale. https://richipelletizer.com/animal-feed-proces , sing-plant/ Benefits of Using an Animal Feed Processing Plant 1、Improved Feed Quality The plant ensures that feed pellets are uniform in size, composition, and nutritional value, leading to better animal health and faster growth rates. 2、Higher Production Efficiency Automated systems reduce labor costs and time, allowing you to produce large volumes of feed with minimal human input. 3、Cost Savings Processing feed on-site using local raw materials can significantly reduce reliance on expensive commercial feeds. 4、Custom Formulations You can formulate feed specific to the needs of your livestock, adjusting the ingredients for different growth stages or production goals. 5、Cleaner and Easier Storage Pelletized feed produces less dust, is easier to store, and minimizes contamination. Application Areas Animal feed processing plants are used in various sectors: 1、Poultry Farms: For chicken, duck, and goose feed production 2、Pig Farms: High-protein and high-energy feed for different growth stages 3、Cattle and Sheep Farms: Ruminant-specific formulations with high fiber content 4、Aquaculture: Floating and sinking feed pellets for fish and shrimp 5、Pet Food Plants: Formulated diets for dogs, cats, and small animals https://richipelletizer.com/

As a raw material for candle manufacturing, Fischer-Tropsch wax offers the following significant advantages, which can enhance candle performance and manufacturing efficiency: 1. High melting point and thermal stability Wide melting point range (60–120°C): Fischer-Tropsch wax with different melting points can be selected according to requirements, suitable for making candles used in high-temperature environments (such as outdoor candles), reducing the risk of deformation or melting. High-temperature stability: It is not easy to drip during combustion, reducing the risk of fire, especially suitable for pillar candles with containerless design. 2. Excellent combustion performance Smokeless and odorless: The fully hydrogenated hydrocarbon structure ensures clean combustion, suitable for environments sensitive to odors (such as aromatic candle substrates). Long burning time: The high carbon number molecular structure (C20–C60) makes the burning rate 10–20% slower than that of paraffin wax, prolonging the service life.High brightness: The flame is bright during combustion, with luminous flux superior to soy wax and close to traditional paraffin wax. 3. Material compatibility and processing advantages Low viscosity (molten state): Easy to mix with dyes and fragrances, with dispersion uniformity 30% higher than paraffin wax, avoiding color difference or uneven aroma. Low shrinkage rate (<5%): Not easy to crack during demolding, resulting in smooth finished product surface and reduced subsequent polishing costs. High hardness (penetration <1 mm): Supports complex mold shapes (such as embossed candles) and resists scratches during transportation.

Micronized wax is a key additive in printing inks, primarily used to enhance surface properties, improve rub resistance, and modify slip & abrasion resistance. Here’s a detailed breakdown of its role, types, and benefits in printing ink formulations: 1. Functions in Printing Inks: Abrasion & Scratch Resistance: Forms a protective layer on the ink surface, reducing wear during handling. Slip Improvement: Reduces friction, preventing blocking (sticking) of printed surfaces. Matting Effect: Can adjust gloss levels (depending on particle size). Rub Resistance: Prevents ink from smudging during post-printing processes. Water & Chemical Resistance: Enhances durability in wet or harsh environments. 2. Common Types of Micronized Waxes for Inks: Polyethylene (PE) Wax: Most widely used; offers excellent rub resistance and slip. Polypropylene (PP) Wax: Higher hardness, used for tougher abrasion resistance. PTFE-modified Waxes: Adds exceptional lubricity (e.g., for high-speed printing). Carnauba Wax (Natural): Used for high-gloss inks and food-contact applications. Fischer-Tropsch Wax: Synthetic alternative to carnauba with consistent quality. Paraffin & Microcrystalline Waxes: Lower-cost options for specific applications.