Chemicals & Plastics

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

Micronized wax is primarily used to enhance the scratch resistance, smooth hand feel and anti-blocking properties of inks and coatings, suitable for solvent-based ink and coating systems. ‌ Key Functions Micro-wax reduces surface friction in printed materials through its regular spherical particle structure. Its uniform fineness facilitates easy dispersion with pigments, allowing direct incorporation into inks or coatings at room temperature without requiring additional solvents or heating. ‌ Application Areas ‌Inks: Suitable for solvent-based flexographic inks, packaging gravure inks, and offset inks. Improves sliding friction on printed surfaces and reduces printing friction. ‌ ‌Coatings: Employed in thin-film coatings to enhance paint film abrasion resistance and slip properties while preventing adhesion and soiling. ‌ ‌Plastics Processing & Cosmetics: Beyond inks and coatings, also utilised in plastics processing and cosmetics to boost wear resistance and tactile comfort.

The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

Solvent Blue 104 is widely used in coatings, paints, for polyester fiber PET fiber and suitable for engineering plastics. It is widely used in PS, PET, PA, PC, ABS, etc. With high weather resistance and stability, high coloring power, bright color and so on, for offset ink plastic, also can be used for water- based ink, industrial paint and printing coatings, coatings and powder coatings. Application: Solvent Blue 104 is widely used in coatings, paints, for polyester fiber PET fiber and suitable for engineering plastics whitening and coloring. It is widely used in PS, PET, PA, PC, ABS, etc. Solvent Blue 104 is one of our flagship products, widely recognized and utilized in the coatings, paints, and plastics industries for its exceptional properties. This pigment offers high weather resistance and stability, ensuring that your finished products maintain their vibrant color and integrity even under the most challenging conditions. Its high coloring power and brightness make it an excellent choice for applications where color consistency and durability are paramount. In addition to these attributes, Solvent Blue 104 is known for its excellent dispersibility and compatibility with a wide range of solvents and binders. This makes it ideal for use in various formulations, from solvent-based to water-based systems. Our rigorous testing and quality control processes guarantee that every batch meets the highest standards of performance and reliability.

Synonyms: CAS 57455-37-5, CI 77007, pigment blue 29, blue ultramarine, Ultramarine, Oriental Blue, Permanent Blue, P.Blue 29 Application: It is commonly used as a colorant and optical brightener for plastics, rubber, inks, color painting, textiles, paper, cosmetics, detergents, cement and construction. Ultramarine Blue is a saturated, semitransparent, dark, violet-leaning blue.It is composed of sodium aluminosilicate and three sulfur atoms in the form of sulfide or sulfate, the unpaired S3-anion originating from the blue. It is prepared from inexpensive modifier components such as kaolin, sodium carbonate and sulfur. Synthetic ultramarine does not show vivid blue as much as natural ultramarine, due to even particle size, diffusing light more uniformly. Synthetic dark blue can be affected by light, oil or lime. Ultramarine has heat and alkali resistant properties. It is used as a colourant and optical brightener for plastics, rubber, inks, paints, cosmetics, detergents, cement, textiles and paper.

C.I.: 220 CAS: 16470-24-9 Ionic type: anion Ingredient: Stilbene derivatives Color light: Blue light Molucular Formula:C40H40N12Na4O16S4 Formula Weight: 1165.0355 Max uv absorption wavelength: 350nm Fluorescent intensity: 100-130 Place of Origin: China Brand Name: Ogilvy Optical Brightener BBU, also known as Fluorescent Brightener 220, CAS No. 16470-24-9, is a stilbene derivatives.light yellow powder with blue color light and belongs to anionic compound. Optical Brightener BBU has good water solubility, and excellent thermal stability, hard water resistance, and resistance to peroxide bleach. It is often used in the whitening of paper pulp, cotton and linen. Usage: Optical brightener BBU is used in paper industry, coating process, surface sizing and pulp whitening, also optical brightener BBU can be used to whiten cotton and viscose fiber.

Product Name: Optical Brightener CBS-X C.I.: 351 CAS: 27344-41-8 Ionic type: anion Ingredient: 4,4 ′ -double (2-sodium styrene sulfonate) biphenyl Molucular Formula:C28H20S2O6Na2 Max uv absorption wavelength: 348±1 Fluorescent intensity: 100-130 Formula Weight: 562.60 Synonyms:OBA 351, Tinopal CBS-X, Uvitex NFW, CBS-351, CF-351, Fluorescent brightener CBS-X Optical Brightener CBS-X CAS 27344-41-8 CI 351 Optical Brightener CBS-X, CAS No. 27344-41-8, light yellow-green powder, is the best fluorescent whitening agent in detergent industry. It has good whitening effect on cellulose fiber, polyamide fiber and protein fiber at room temperature. Its whitening strength on cotton is 2.7 times that of a Stilbene triazine derivative, which is very stable with sodium hypochlorite, and is a very popular anti bleaching whitening agent. It is widely used in synthetic detergents, soaps and other detergents, can also be used for water-based coatings, fiber, nylon, wool, paper, cotton, t/c blended fabric whitening. Usage: Suitable for high-grade synthetic laundry detergent, whitening laundry detergent, super-concentrated liquid detergent, laundry detergent, laundry cream, soap, soap, and whitening of other detergents, can be added in any step of the synthetic detergent, soap and soap manufacturing process.

C.I.: 184 CAS: 7128-64-5 Ionic type: Nonionic Ingredient:2,5-Di(5-tert-butylbenzoxaz , ol-2-yl)thiophene Color light: Blue light Molucular Formula:C26H26SO2N2 Formula Weight:430.5618 Transmittance: ≥96% Max uv absorption wavelength: 375nm Maximum fluorescence emission wavelength: 435nm. Place of Origin: China Optical Brightening OB is insoluble in water, soluble in alkanes, fats, mineral oils, waxes and common organic solvents. OB has a high solubility (up to 6%), high fineness, and will not appear turbidity and impurity phenomenon, so fluorescent whitening agent OB is suitable for use in paints and coatings. It has superior fluorescent whitening effect, good thermal and chemical stability, and will not yellow for a long time, suitable for use in PVC, PS, PE, PP, ABS and other plastics and acetic acid fiber. Good light transmittance, good migration resistance, suitable for whitening transparent plastic products. Synonyms: Optical brightener OB, also named, Fluorescent Brightener 184, OB 184, CAS 7128-64-7, whitening agent OB 184, CI 184, C. I. Optical Brightener OB, Tinopal OB, Brightener OB, Basic Brightener OB, Triton OB. Application: Optical brightener OB is mainly used for PVC, PS, PE, PP, ABS and other plastics and acetic acid fiber, paint, paint, ink and other whitening. Because of its good light transmittance, suitable for transparent plastic products whitening.

Chemical Name: 2-[(Ethylsulfanyl)methyl]phenyl methylcarbamate C.I.: 393 CAS: 1533-45-5 Molucular Formula: C28H18N2O2 Optical Brightener OB-1(OBA 393) & Fluorescent whitening agent OB-1 for polymer, polypropylene particles, CAS No. 1533-45-5, bright green powder, MF C28H18N2O2, excellent performance, used alone or in conjunction with pigment phthalocyanine blue or violet dye or ultramarine blue . Free samples of Ogilvy fluorescent whitening agent for PP plastic particles and recycled polypropylene plastic particles whitening. Bright neutral white castings to compensate for yellowing; low volatility and excellent heat resistance make the product ideal for fiber and engineering plastics processed at high temperatures; good light resistance. Optical brightener OB-1 is an oxazole whitening agent with excellent performance. Optical Brightener OB-1(OBA 393) is mainly used for whitening polyester, ABS, PS, HIPS, PA, PC, PP, EVA, rigid PVC, etc. It can also be used as a fluorescent whitening agent for nylon. Optical Brightener OB- 1 Pure Powder 99%min, widely used for plastic recycling, such as polypropylene or pp plastic particles , PVC, PS, ABS, PE, PP whitening and recycled PET fiber whitening and other plastics recycle. https://www.jnogilvychem.com/

Investment casting wax is widely used in fields demanding extreme precision, surface finish, and complexity. 1. Jewelry Industry Applications: Used to create intricate models for rings, pendants, bracelets, and other complex jewelry pieces. Advantages: Perfectly reproduces extremely fine textures, patterns, and intricate structures—challenging to achieve through traditional carving or direct metal casting. Designers can first sculpt wax or use rapid prototyping before casting into metal. 2. Aerospace Industry Applications: Manufacturing critical high-temperature components like turbine blades, engine blades, and nozzles. These parts are typically made from superalloys with highly complex internal cooling channels. Advantages: Enables casting of monolithic components with intricate internal cavities, eliminating segmented welding and ensuring overall structural integrity and high-temperature resistance. 3. Dental Field Applications: Production of models for restorations such as dental crowns, bridges, and implant abutments. Advantages: Cast restorations achieve perfect fit with patients' teeth, offering exceptional precision and excellent biocompatibility. 4. Industrial Manufacturing and Artistic Creation Applications: Industrial Components: Production of precision mechanical parts, hardware tools, gears, etc. Artworks and Sculptures: Creation of intricate bronze sculptures, art pieces, and decorative items. Artists can sculpt directly in wax, then cast the design into metal using the lost-wax method. Golf Club Heads: Many high-end titanium alloy golf club heads are also manufactured via the lost-wax process.