大阪ケミカル Product Lineup

"μ (Mu)" is a brand that specializes in syringe filters and vials, which are frequently used in research and medical settings. The vials are produced in an ISO9001 certified factory, using high-quality transparent glass (Type 1) and amber glass (51A). The syringe filters are committed to sourcing raw materials used in the membranes, achieving excellent filter quality. We can provide various quality data and sample products. 【Product Lineup (Partial)】 <Vials> ◎ 8-425 Screw Vials ◎ 11mm Crimp Vials ◎ 9mm Screw Vials & Caps (MS Spec Tested) <Syringe Filters> ◎ Nylon Syringe Filters ◎ Hydrophobic PTFE Syringe Filters ◎ Hydrophilic PTFE Syringe Filters... and various other membrane materials are available. *For more details, please refer to the materials. If you would like various data or sample products, please apply through the inquiry form.

Membrane-Solutions LLC's syringe filters are cost-effective products. The housing features a luer lock for the INLET and a luer slip for the OUTLET. Selection of Syringe Filters [1] Material of the membrane (filter part) 《Nylon / PTFE / PVDF / MCE / PP / CA / PES / GF》 Please choose based on the conditions such as hydrophilicity, chemical resistance, and application according to the sample you will use. [2] Pore size of the membrane 《0.10 to 5μm》*Depends on the type and diameter of the membrane. Please select according to the sample to be filtered. [3] Diameter (size) of the filter 《13mm / 25mm / 30mm》*Depends on the type and pore size of the membrane. Please choose according to the amount of the sample. [4] Some products are available sterilized and individually packaged. For more details, please refer to the catalog and materials. If you would like a sample, please use the "Sample Request Form" in the "Syringe Filter Comprehensive Catalog" or the "Sample Request Form" on the Osaka Chemical website.

The membrane housing of the HPLC accessory "Target(R) Syringe Filter" is made of polypropylene resin, which has excellent chemical resistance and produces minimal extractables. ☆ High Quality This product boasts reliable quality and high reproducibility based on thorough quality control. ☆ Extends Column Life It protects the chromatography column by preventing the accumulation of fine particles within the column. ☆ Reduces Back Pressure Since the sample is evenly distributed across the filtration area, maximizing the filtration area reduces pressure even for samples with a high concentration of fine particles. If autoclaving, please perform at 125°C for 15 minutes. The housing has a Luer lock for the INLET and a Luer slip for the OUTLET.

HPLC accessory "Nihon Paul Co. Syringe Filter" Ekyrodisc 3, 13 (aqueous) reliably filters precious aqueous samples with minimal liquid residue. It uses Versapor (acrylic copolymer) membrane, allowing for high flow rates and effective particle capture. It minimizes sample loss due to low liquid residue. 【Features】 Ekyrodisc 3, 13 (aqueous) - Reliably filters precious aqueous samples with minimal liquid residue - Uses Versapor (acrylic copolymer) membrane for high flow rates and effective particle capture - Minimizes sample loss due to low liquid residue - Performance verified by HPLC Ekyrodisc 25 (aqueous) - Uses HT-Tafrin (polysulfone) membrane, ensuring low protein adsorption and effective particle capture - Color acrylic housing allows for pore size identification and observation of filtration status

PEEK is a high-end polymer developed by American ICI Corporation, known for its high pressure resistance, high heat resistance, chemical inertness, and biocompatibility. We offer a wide range of PEEK-related products from VICI Jour, including PEEK tubes, fittings, and filters. 【Product Lineup】 ○ LastDrop mobile phase filter ○ Economy mobile phase filter ○ Biocompatible filter ○ Inline filter ○ High-pressure inline filter kit

PEEK is a high-performance polymer developed by the American company ICI, known for its high pressure resistance, high thermal resistance, chemical inertness, and biocompatibility. We offer a wide range of PEEK-related products from VICI Jour, including PEEK tubes, fittings, and filters. 【Product Lineup】 ○ Hex Nuts & Adapters ○ PEEK Nuts ○ Polyacetal Nuts ○ PP Nuts ○ PEEK Unions ○ PEEK Connectors ○ Mixing Tees

PEEK is a high-performance polymer developed by American ICI, known for its high pressure resistance, high heat resistance, chemical inertness, and biocompatibility. We offer a wide range of PEEK-related products from VICI Jour, including PEEK tubes, fittings, and filters. 【Product Lineup】 ○ Hex Nuts & Adapters ○ Color One-Piece Nuts ○ One-Piece Nuts ○ Nuts & Ferrules ○ Color Adapters ○ PEEK Unions ○ PEEK Connectors ○ PEEK Mixing Tees ○ NANO Fittings

PEEK is a high-end polymer developed by American ICI that is highly resistant to pressure and heat, chemically inert, and biocompatible with flexibility. PEEK tubes can be used in places where stainless steel tubes are used in HPLC systems. 【Product Lineup】 ○ PEEK Tubes ○ SUS Cut Tubes ○ Tefzel Tubes ○ PTFE/PFA/FEP Tubes ○ No-Ox Tubes ○ Telephone Cables ○ Tube Adapters ○ Tube Cutters ○ Easy Flange Kits

This document introduces basic terms related to physical and chemical instruments in alphabetical order. It is a must-see resource for beginners, compiling terms such as "ampoule," "insert," and "HPLC." Please feel free to download and take a look. 【Contents (excerpt)】 < A row > ■ Ampoule ■ Insert ■ HPLC ■ HPLC Column ■ Autosampler * For more details, please refer to the PDF document or feel free to contact us.

Membrane-Solutions LLC's membrane filters are high-performance products that achieve reasonable prices without compromising quality. - We offer a variety of membrane filters for different solvents, liquids, and gases, including PES, MCE, nylon, PVDF, PTFE, and CA. - The regular pore sizes of the filters are 0.22μm and 0.45μm. - The disk diameters range from 13mm to 293mm and are manufactured in an ISO 9001 certified facility. The membrane filters can be gamma sterilized as needed. * Products with specifications other than the regular pore sizes are also available upon request. * Please check our website for compatibility charts with other manufacturers and chemical resistance data. * For research and analytical use.

Membrane-Solutions LLC's filter vials are high-performance products that achieve reasonable prices without compromising quality. - Various types such as PTFE, PVDF, PES, and NY are available. - They come in sizes suitable for auto samplers and are compatible with mainstream chromatography instruments from Waters, Agilent, and Shimadzu. Samples are also available, so if you would like to request one, please fill out the sample request form on our website below. https://www.daichem.co.jp/info/sample.html

This is a new brand product of all-plastic disposable syringes manufactured by Henke-Sass, Wolf in Germany. It is a sterilized, individually packaged type that can be used as a general medical device. 【Features】 ◆ The barrel (outer cylinder) is made of polypropylene, and the plunger (piston part) is made of polyethylene. ◆ The plunger is an all-polyethylene, integrally molded type, eliminating the risk of detachment between the tip and the plunger. ◆ A special ring is applied at the top of the barrel to prevent the plunger from popping out. ◆ No rubber or silicone oil is used, so there is no leaching caused by rubber or silicone oil. ◆ Syringes from 2mL to 20mL come with convenient enlarged capacity markings. ◆ They are packaged in blister packs, preventing direct contact between syringes. 　→ This prevents scratches on the barrel (outer cylinder) due to friction and wear on the markings, as well as damage to the barrel itself. ◆ EOG (ethylene oxide gas) sterilization treatment has been completed. Medical device registration numbers: ● 1mL lure tip (HE4010-LT) → 27B2X00350000008 ● Other products → 27B2X00350000009

In the field of research and experimentation, the accurate handling of reagents influences experimental results. Particularly in experiments involving small amounts of liquid, the precision and safety of syringes are crucial. The improper use of syringes can increase the risk of errors in experimental results and contamination. The HENKE-JECTeco syringe has been designed to address these challenges and enhance the reliability of experiments. 【Usage Scenarios】 - Chemical experiments - Reagent mixing - Sampling 【Benefits of Implementation】 - Improved experimental accuracy through precise volume measurement - Reduced risk of contamination - Increased work efficiency due to ease of use

In the pharmaceutical industry, the removal of impurities from samples is essential to ensure the quality of pharmaceuticals. Contamination by impurities can potentially decrease the efficacy of drugs and increase the risk of side effects. MS syringe filters demonstrate high impurity removal performance in sample pretreatment, supporting quality control of pharmaceuticals. [Usage Scenarios] - Sample filtration before HPLC analysis - Filtration of intermediates in pharmaceutical manufacturing - Sample filtration in quality control [Benefits of Implementation] - Improved analytical accuracy through impurity removal - Enhanced quality of pharmaceuticals - Protection of analytical equipment

In the field of environmental analysis, sample pretreatment is crucial for accurately measuring contaminants in soil and water quality. In particular, it is necessary to remove fine particles and impurities to enhance the accuracy of analytical results. Inadequate pretreatment can lead to instrument failure or incorrect results. MS syringe filters come in various membrane materials, pore sizes, and dimensions, making them suitable for a wide range of samples in environmental analysis. 【Application Scenarios】 - Removal of suspended solids in water quality testing - Filtration of extract solutions from soil samples - Sample cleanup prior to HPLC analysis 【Benefits of Implementation】 - Improved reliability of analytical results - Protection of analytical instruments - Efficient sample processing

In the agricultural sector, accurate data acquisition is required for pesticide residue analysis. When analyzing pesticide components present in soil and crops, sample pretreatment is a crucial process that affects the precision of the analysis results. To minimize the influence of impurities and contaminants and obtain accurate analysis results, appropriate filter selection is essential. The syringe filters from Membrane-Solutions LLC are cost-effective products. The housing features a luer lock for the INLET and a luer slip for the OUTLET. 【Application Scenarios】 * Pesticide component analysis * Pretreatment of soil and crop samples * Sample filtration prior to HPLC analysis 【Benefits of Implementation】 * Improved analytical accuracy * Cost reduction * Reliable data acquisition

In the field of water quality testing, accurate detection and analysis of microorganisms are required. Particularly for the early detection of water pollution and ensuring safe drinking water, preventing contamination during sample pretreatment is crucial. Improper pretreatment can reduce the accuracy of microorganism detection and lead to incorrect results. MS syringe filters provide high reliability and cost performance in the pretreatment of samples for microbiological testing. 【Application Scenarios】 - Microbial testing in water quality - Quality control of drinking water - Microbial monitoring in wastewater treatment 【Effects of Implementation】 - Supports accurate detection of microorganisms - Reduces the risk of contamination - Offers excellent cost performance

In the field of chemistry, reaction control requires the purity of samples and accurate analysis. Contamination by impurities compromises the reproducibility of reactions and hinders the acquisition of accurate results. MS syringe filters effectively remove impurities during sample preparation, supporting the acquisition of reliable data. This enables researchers to make decisions based on more accurate experimental results. 【Application Scenarios】 - Filtration of reaction reagents - Sample preparation before HPLC analysis 【Benefits of Implementation】 - Improved reproducibility of reactions - Enhanced analytical accuracy - Improved experimental efficiency