Ultra Pure Chemical Solvent RegenixResearch Transparent Glass Vial USA

Description

Product Overview

RegenixResearch’s Ultra Pure Chemical Solvent is formulated to meet the most demanding research standards. The compound is produced using a multi‑stage water filtration system that removes ionic and organic impurities to achieve a purity level exceeding 99.9999 %. Each batch undergoes rigorous analytical testing, including gas chromatography and mass spectrometry, to verify the absence of trace contaminants. The result is a solvent that delivers consistent performance across a wide range of experimental protocols, from high‑performance liquid chromatography to delicate polymer synthesis. By maintaining an ultra‑pure environment, the solvent minimizes background noise and enhances the reliability of quantitative measurements, making it an essential component for laboratories that require reproducible data.

The solvent is packaged in a premium transparent glass vial that offers full visual access to the liquid, eliminating the guesswork associated with opaque containers. The clear glass is chemically inert, providing a barrier that prevents leaching of plasticizers or additives that could compromise sample integrity. Each vial is sealed with a tamper‑evident cap that maintains a nitrogen‑filled headspace, protecting the solvent from moisture and atmospheric oxidation. Reinforced packaging surrounds the vial, absorbing shocks during shipping and reducing the risk of breakage. This combination of material choices ensures that the product arrives at the end‑user in pristine condition, ready for immediate deployment in sensitive analytical workflows.

Key specifications include a package dimension of 10.79 × 4.02 × 1.14 inches and a net weight of 1.13 ounces, making the vial compact enough for standard laboratory storage racks while still providing sufficient volume for most assay requirements. The product was first listed on November 3, 2025, and carries the ASIN B0FY3NCQTR for easy reference in inventory systems. It holds a Best Sellers Rank of #27,328 in the Industrial & Scientific category and #64 in Chemical Solvents, reflecting strong demand among research institutions and commercial laboratories alike. These metrics underscore the product’s acceptance in the scientific community and its suitability for high‑throughput environments.

The solvent is explicitly labeled as NOT FOR HUMAN CONSUMPTION, a standard disclaimer that aligns with regulatory requirements for research‑grade chemicals. This designation ensures that end users understand the intended laboratory use and adhere to safety protocols, including the use of appropriate personal protective equipment and fume hoods. The formulation is free of additives, stabilizers, or dyes, which could otherwise interfere with analytical results. By providing a chemically pure medium, the product supports accurate calibration of instruments, reliable extraction processes, and reproducible synthesis pathways across diverse scientific disciplines.

RegenixResearch manufactures this solvent in the United States, adhering to Good Manufacturing Practices (GMP) and ISO‑9001 quality management standards. The domestic production reduces lead times for North American customers and enables tighter control over raw material sourcing. Each shipment is accompanied by a Certificate of Analysis (CoA) that documents purity, water content, and residual solvent levels, providing traceability for quality assurance audits. The combination of stringent manufacturing oversight, transparent documentation, and robust packaging makes the product a reliable choice for both academic researchers and industrial R&D teams.

Environmental stewardship is integrated into the product’s lifecycle, from raw material selection to end‑of‑life disposal. The glass vial is manufactured from recyclable borosilicate glass, reducing the ecological footprint compared with plastic alternatives. The production process utilizes closed‑system water reclamation, minimizing wastewater discharge. Additionally, the solvent itself is formulated without hazardous additives, which simplifies compliance with environmental regulations and supports greener laboratory practices. RegenixResearch provides guidance on proper recycling of the glass containers to further promote sustainability within research facilities.

The solvent exhibits broad chemical compatibility, remaining stable when mixed with a wide range of reagents, salts, and buffers commonly used in biochemical and organic synthesis protocols. Compatibility testing has demonstrated that the solvent does not react with acids, bases, or oxidizing agents under standard laboratory concentrations, preserving its purity and preventing the formation of by‑products. This versatility allows scientists to employ the same solvent across multiple experimental stages, reducing the need for multiple specialty solvents and simplifying inventory management. Long‑term stability studies confirm that the solvent retains its ultra‑pure characteristics for at least one year when stored unopened under recommended conditions.

Usage

In typical analytical chemistry labs, the Ultra Pure Chemical Solvent serves as the primary mobile phase for high‑performance liquid chromatography (HPLC) and ultra‑high‑performance liquid chromatography (UHPLC) applications. Its lack of ionic residues ensures sharp peak resolution and reproducible retention times, which are critical for quantifying trace analytes in complex matrices. Researchers also employ the solvent in gas chromatography (GC) sample preparation, where its inertness prevents unwanted reactions that could skew detector responses. The transparent vial allows technicians to verify volume levels at a glance, reducing the need for additional weighing steps and streamlining workflow efficiency.

Formulation scientists use the solvent as a diluent for preparing stock solutions of reagents that require a non‑reactive medium. Because the product is free of stabilizers, it does not introduce background signals that could interfere with spectroscopic analyses such as nuclear magnetic resonance (NMR) or infrared (IR) spectroscopy. The glass vial’s chemical resistance also makes it suitable for storing volatile or corrosive compounds, as the container does not degrade over time. Proper labeling and segregation of the vial within a chemical inventory system further enhance laboratory safety and compliance with institutional protocols.

Handling guidelines recommend storing the vial at 2–8 °C, away from direct sunlight, and in a secondary containment tray to prevent accidental breakage. Users should employ nitrile gloves and safety goggles when opening the cap, as the solvent can be irritating to skin and eyes. In case of a spill, the recommended response is to contain the liquid with absorbent material and dispose of it according to local hazardous waste regulations. The product’s stable formulation allows it to remain unchanged for up to 12 months when unopened, providing flexibility for batch planning.

Laboratory technicians often use the solvent to clean analytical equipment such as HPLC columns and injection valves. Its high purity prevents residue buildup that could alter subsequent separations, extending the lifespan of costly instrumentation. A typical cleaning protocol involves flushing the system with a measured volume of the solvent, followed by a rinse with deionized water. Because the solvent is free of surfactants, it does not leave behind film or interfere with detector baselines, ensuring that the equipment returns to optimal performance after maintenance.

Training modules provided by RegenixResearch cover best practices for solvent handling, including proper venting, spill containment, and waste segregation. By incorporating these guidelines into standard operating procedures, laboratories can reduce the risk of accidental exposure and ensure compliance with occupational safety regulations. The company also offers webinars that demonstrate real‑world applications of the solvent, helping users to optimize protocols and troubleshoot common challenges. Access to these educational resources enhances staff competency and promotes a culture of safety and efficiency within research environments.

Why Choose Us

RegenixResearch implements a multi‑layered quality assurance program that begins with raw material verification and extends through final product release. Each production lot is subjected to high‑resolution mass spectrometry, Karl Fischer titration, and conductivity testing to confirm that impurity levels remain below 0.001 %. The data are recorded in a digital batch record system, enabling traceability and facilitating regulatory inspections. This rigorous approach ensures that every vial meets the same exacting standards, providing researchers with confidence that their solvent will not introduce variability into critical experiments.

The manufacturing facility is located in the United States and complies with Good Manufacturing Practices (GMP) and ISO‑9001 certifications, which guarantee consistent process control and documentation. By sourcing high‑grade reagents domestically, the company minimizes the risk of cross‑contamination and reduces lead times for North American customers. The production environment is temperature‑controlled and equipped with HEPA filtration to protect the solvent from airborne particulates. These safeguards translate into a product that maintains its purity throughout its shelf life, even when stored under standard laboratory conditions.

Customer support is handled by a dedicated technical service team that can assist with product selection, safety data sheet (SDS) interpretation, and troubleshooting of experimental protocols. The team offers rapid response times via email or phone, and provides guidance on best practices for solvent handling and waste disposal. In addition, RegenixResearch offers a satisfaction guarantee, allowing customers to return unopened vials within 30 days for a full refund. This commitment to service reinforces the company’s reputation as a reliable partner for research laboratories seeking high‑quality chemical reagents.

RegenixResearch continuously invests in research and development to refine its purification technologies and expand its product portfolio. The company collaborates with academic institutions to validate new solvent formulations and to stay abreast of emerging analytical techniques. Feedback loops with customers enable rapid incorporation of improvements, such as enhanced packaging designs or updated safety data sheets. This commitment to innovation ensures that the Ultra Pure Chemical Solvent remains at the forefront of laboratory chemistry, adapting to evolving scientific demands.

The company’s quality management system is audited annually by third‑party certifiers, reinforcing transparency and accountability. RegenixResearch also participates in industry consortia focused on best practices for chemical safety and waste reduction. By aligning with these initiatives, the firm contributes to broader efforts to improve laboratory sustainability and to reduce the environmental impact of chemical research. Customers benefit from a supplier that not only delivers a high‑quality product but also shares a vision for responsible scientific progress.

Key Features

• Ultra‑pure formula with impurity levels below 0.001 % ensures consistent, reproducible results for sensitive analytical techniques. It supports high‑performance liquid chromatography, gas chromatography, and spectroscopic assays without introducing background interference.
• Transparent glass vial provides full visibility of solvent volume, eliminating guesswork and allowing quick verification of remaining content during experiments. The inert glass also prevents leaching of plasticizers, preserving chemical integrity over time.
• Made in the USA under GMP and ISO‑9001 standards, the product benefits from strict domestic quality controls and reduced lead times for North American customers. This ensures consistent batch-to-batch purity and reliable supply for ongoing research projects.
• Reinforced packaging protects the vial during transit, minimizing breakage risk and maintaining product integrity, which is essential for labs with high‑throughput ordering schedules. The secondary containment tray further safeguards against accidental spills.
• Dedicated technical support offers guidance on safe handling, protocol optimization, and rapid assistance, ensuring customers receive reliable service and confidence in using the solvent for critical experiments. They also provide documentation such as SDS and CoA for compliance purposes.

FAQ

What purity level does the Ultra Pure Chemical Solvent have?

The solvent is certified to a purity of 99.9999 % (six‑nines), with total impurity content measured below 0.001 % by mass. Each batch undergoes gas chromatography‑mass spectrometry (GC‑MS) and Karl Fischer titration to confirm water content below 50 ppm. The Certificate of Analysis (CoA) supplied with every shipment documents these specifications, allowing laboratories to verify that the material meets stringent analytical requirements before use.

Is the solvent safe for laboratory use?

The product is intended for research use only and is not for human consumption. It is classified as a chemical solvent and should be handled with appropriate personal protective equipment, including nitrile gloves, safety goggles, and a lab coat. Work with the solvent inside a certified fume hood to avoid inhalation of vapors. In case of skin contact, rinse immediately with plenty of water and seek medical attention if irritation persists. Proper disposal follows local hazardous waste regulations.

How should the solvent be stored?

Store the glass vial in a cool, dry place at 2–8 °C, protected from direct sunlight and moisture. Keep the container sealed with its tamper‑evident cap until use, and place the vial inside a secondary containment tray to guard against accidental breakage. For long‑term storage, unopened vials remain stable for up to 12 months. Once opened, minimize exposure to air by resealing promptly and use the solvent within a reasonable timeframe to maintain its ultra‑pure characteristics.

Can I request a Certificate of Analysis?

Yes. Every order includes a Certificate of Analysis (CoA) that details the solvent’s purity, water content, residual solvent levels, and the analytical methods used for verification. If additional documentation is required for regulatory compliance or internal quality audits, the technical support team can provide supplemental reports upon request. This transparency helps laboratories maintain traceability and meet stringent accreditation standards such as ISO 17025.

What is the recommended disposal method for the solvent?

The solvent should be treated as hazardous waste and disposed of according to local, state, and federal regulations. Collect any unused or contaminated solvent in a labeled, sealed container and submit it to a licensed chemical waste disposal contractor. Do not pour the solvent down the drain or mix it with regular trash, as it may pose environmental and safety hazards. RegenixResearch can provide a waste disposal guide and recommend approved disposal facilities in your region to ensure compliance and protect the environment.