SUMIPAX CN R-05 Series
SUMIPAX CN R-05 Series
It is a filler in which cyano propyl groups are chemically bonded to high-purity silica gel and end-capped, and then packed under high pressure.
- Company:住化分析センター
- Price:Other
Last Updated: Aggregation Period:Aug 20, 2025~Sep 16, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Aug 20, 2025~Sep 16, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Aug 20, 2025~Sep 16, 2025
This ranking is based on the number of page views on our site.
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SUMIPAX CN R-05 Series
It is a filler in which cyano propyl groups are chemically bonded to high-purity silica gel and end-capped, and then packed under high pressure.
Free samples available! Ideal for improving the strength and durability of concrete, refractory materials, and magnetic products!
Fine particles with a large specific surface area and high SiO2 content silica fume. Ideal not only for concrete, refractory materials, and magnetic products but also for paints, coatings, resins, and rubber.
It is filled in the assembly joints of construction machinery and industrial machinery!
The joints of working machines and industrial machinery are usually machined, which tends to result in point or line contact on the contact surfaces. The SKC joint surface material, SKC gap filler, compensates for these shortcomings. By using this material, the joint can achieve surface contact, resulting in high rigidity, while also making machining at the joint more cost-effective. Additionally, by using the SKC gap filler, it is possible to fill the waste holes and slight gaps between parts that occur during machine manufacturing or overhauls. This process helps maintain the high rigidity of the machine. The liquid gap filling material maintains a low friction coefficient even under high surface pressure and possesses excellent characteristics that avoid stick-slip phenomena due to adequate lubrication. It is easy to work with. The injected gap filler completely cures without shrinkage.
It is important to choose the appropriate mixing ratio! An explanation of the basics of the relationship between filler amount and viscosity.
Plastics have the characteristics of being lightweight and easy to process, but often struggle to meet the demands of the industrial sector when used alone. Therefore, efforts are made to enhance their performance by mixing in specific materials. The purposes of incorporating specific materials into plastics include improving strength, heat dissipation, sound insulation, and sliding properties, as well as imparting conductivity and magnetism. Inorganic materials such as glass and carbon are mainly used for this purpose and are referred to as fillers. In this column, we will explain the basics of the relationship between the amount of filler and viscosity. [Contents] ■ Classification of mixed liquids ■ Evolution of viscosity equations *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.
A multi-system that can bond and fill various materials, suitable for automotive repairs, construction sites, and more!
Imix Japan's "Dual Mix" is a multi-system capable of adhesion, filling, vibration damping, and molding on materials such as plastic, metal, wood, and glass. It meets all needs in factory work, construction sites, and automotive repairs. It widely accommodates the required strength, curing hardness, and flexibility based on working time. There is no occurrence of cracking, shrinkage, bubbles, or dripping, and it boasts excellent durability, weather resistance, and solvent resistance. 【Features】 ■ Capable of adhesion and filling on various materials ■ Suitable for factories, construction sites, and automotive repairs ■ Achieves closer and more perfect restoration depending on the material ■ Allows for precise mixing with a Type 2 liquid cartridge ■ Free of harmful isocyanates *For more details, please refer to the PDF document or feel free to contact us.
A highly reusable resin in which alkaline-resistant protein A is immobilized on cellulose particles that have significantly improved pressure resistance through a unique bridging method.
Cellufine SPA-HC is a highly reusable resin that immobilizes alkaline-resistant Protein A on porous cellulose particles, significantly improving pressure resistance through a unique crosslinking method. With proprietary particle manufacturing technology developed over 40 years of industry experience, it achieves high adsorption performance at high flow rates. Designed as a filler for actual manufacturing scales, it allows for the utilization of existing equipment while achieving reduced lead times. 【Features】 ■ Excellent dynamic binding capacity Achieves excellent dynamic adsorption even with short residence times Over 50 mg/mL excellent adsorption performance at a residence time of 2 minutes ■ High pressure resistance and liquid permeability Achieves high flow rates at low pressure through unique crosslinking technology At an operating pressure of 0.3 MPa, liquid flow is possible at a flow rate with a residence time of 2.4 minutes ■ Robust performance independent of antibody type Maintains high adsorption performance even with different monoclonal antibodies Enables robust downstream development ■ Excellent reusability Immobilizes highly alkaline-resistant recombinant Protein A Achieves excellent alkaline resistance *For more details, please refer to the PDF document or feel free to contact us.
Cellufine Sulfate allows for the easy operation of purifying and concentrating virus particles with good reproducibility.
Cellufine Sulfate is an affinity chromatography resin used for virus purification. It has a proven track record of use in vaccine manufacturing by global pharmaceutical companies worldwide. The density gradient ultracentrifugation method used for virus purification has several drawbacks, including lead time, reproducibility, and safety issues. Cellufine Sulfate can address these shortcomings due to its chromatography capabilities. 【Features】 ■ Affinity activity for live viruses, inactivated viruses, and split viruses ■ Affinity for virus-derived antigens, bacteria-derived antigens, and heparin-binding proteins ■ The chromatography process is closed, ensuring high safety and low risk of microbial contamination ■ Effective in removing endotoxins that may have contaminated the manufacturing process, as it does not adsorb endotoxins ■ Due to its negatively charged ligands, it does not adsorb positively charged impurities such as host-derived DNA ■ Physically robust and highly durable as it is based on cellulose ■ Sterilization through multiple autoclave cycles is possible *For more details, please refer to the PDF materials or feel free to contact us.
Case study of mAb purification using Protein A resin (Cellufine SPA-HC) and mixed-mode resin (Cellufine MAX IB).
"Cellufine" is a chromatography resin that has various ligands (functional groups) modified on the surface of spherical porous cellulose particles. It is used in the manufacturing of biopharmaceuticals such as antibody drugs, vaccines, and protein formulations. This document reports a method to achieve high-purity purification of monoclonal antibodies through a two-step purification process using the Protein A resin Cellufine SPA-HC for the capture step and Cellufine MAX IB for the polishing step. Since it allows for high-purity purification in two steps, it can streamline the process and reduce lead times. We encourage you to read it. [Contents (partial)] ■ Overview of purification ■ Protein A chromatography ■ Mixed-mode chromatography ■ Summary *For more details, please refer to the PDF document or feel free to contact us.
Achieving high dynamic adsorption performance! Introducing flow rate characteristics, chemical stability, and stationary cleaning, among others!
This document is a technical data sheet published about the ion exchange chromatography resin "Cellufine MAX GS." The base carrier uses highly cross-linked cellulose particles, allowing for operation at high flow rates. The ligand structure is designed to efficiently separate monomers and aggregates of monoclonal antibodies. We introduce topics such as "separation of monomers and aggregates of monoclonal antibodies" and "separation characteristics of model proteins." We encourage you to read it. [Contents (partial)] ■ About Cellufine ■ Cellufine MAX GS ■ Dynamic binding capacity of Cellufine MAX GS ■ Separation of monomers and aggregates of monoclonal antibodies ■ Flow rate characteristics of Cellufine MAX GS *For more details, please refer to the PDF document or feel free to contact us.
A new chromatography resin for removing endotoxins! Introduction to the technical data sheet.
"Cellufine ET Clean" is a chromatography resin that immobilizes ε-polylysine on cellulose particles. By strongly adsorbing endotoxins present in the sample solution onto the resins, it enables the removal of endotoxins from the sample. This document provides a detailed explanation of the product features and examples of endotoxin removal using graphs. We encourage you to read it. [Contents (partial)] ■ A new chromatography resin for endotoxin removal ■ Chemical structure ■ Product features ■ Selectivity for endotoxins (LPS) from bovine serum albumin (BSA) ■ Endotoxin removal performance from various proteins *For more details, please refer to the PDF document or feel free to contact us.
Introduction of usage examples! This is the technical data sheet for Cellufine Sulfate.
"Cellufine Sulfate" is an affinity chromatography resin that has binding activity to viruses and serum proteins. It can be used for the purification of viruses, virus-derived antigen proteins, serum proteins, and heparin-binding proteins. This document presents a case study of the purification of influenza virus derived from chicken egg culture. By passing a near-neutral culture solution through it and increasing the salt concentration, the virus can be eluted, allowing for simple and efficient purification and concentration of the virus. *You can download the English version of the catalog. *For more details, please refer to the PDF document or feel free to contact us.
SUMIPAX NH2 S-05 Series
It is a filler in which amino propyl groups are chemically bonded to high-purity silica gel and packed under high pressure.
A strong ally for waterway construction!! This epoxy resin-based filler can bond underwater and on wet surfaces, offering excellent workability and versatility for easy use.
"Agripate Aqua" is easy to apply, simply by spreading it on the area to be treated. No primer is needed, and it adheres strongly even underwater or on wet surfaces, making it ideal for repairing joints in irrigation channels and cracks in concrete. 【Features】 ■ Mix equal parts of the main agent and hardener (1:1) by hand. ■ Can adhere even in underwater or damp conditions. ■ Strongly adheres to concrete, stone, metal, etc. ■ For application in low temperatures (below -10°C), a winter formulation that is easy to mix is recommended. *For more details, please refer to the PDF materials or feel free to contact us.
Two-component mixed thermal conductive polymer. It cures when left at room temperature. Due to its liquid state, it has a high degree of shape freedom and can be applied using automated machines.
【Features】 - Being in liquid form, it shows high wettability on the substrate surface, reducing thermal resistance. - There is great freedom in shape and thickness, making design easier. - Automatic application using a dispenser is possible. - It cures at room temperature, so there is no aging reduction like with thermal conductive grease.
The batch size of the filler is up to 600L! It is possible to fill a single batch of filler into multiple columns.
We would like to introduce our LC column for bio-pharmaceutical analysis, the 'PLRP-S for preparative use'. The PLRP-S packing material, made from robust polystyrene/divinylbenzene particles, is available in various pore sizes to enable the separation of a wide range of compounds, from low molecular weight to high molecular weight, including biopolymers. With excellent chemical stability (up to 1M NaOH), it allows for cleaning and regeneration, enabling long-term use of the column. 【Features】 ■ Capable of handling scales from drug discovery to several kg of cGMP manufacturing, reducing method development time. ■ Improved selectivity and extended column lifespan through chemical stability, optimization, cleaning, and regeneration of separations. ■ Reduced system downtime and validation costs by filling multiple columns in a single batch. *For more details, please refer to the related links or feel free to contact us.