Graham B Jackson Now an Authorized Distributor of VWR Chemicals, J.T. Baker, and Macron Fine Chemicals

At Graham B Jackson, we are proud to announce our new role as an authorized distributor of laboratory-grade chemicals from VWR Chemicals, J.T. Baker, and Macron Fine Chemicals. With this expanded partnership, we are excited to offer a comprehensive catalogue of over 3,000 high-quality chemicals that cater to a wide range of scientific and industrial applications.

Why Avantor Chemicals?

When it comes to scientific research, development, manufacturing, and quality control, the importance of reliable chemicals cannot be overstated. Avantor Chemicals, which includes the prestigious brands of VWR, J.T. Baker, and Macron Fine Chemicals, delivers results from beaker to bulk, providing the high standards and consistency required for today’s cutting-edge research and production.

Enabling Innovation Across Industries

Chemicals are at the heart of progress in diverse fields. From advancing human health to reducing environmental impact, their role in enabling next-generation technologies is more critical than ever. Our laboratory chemical brands are designed to solve complex challenges in:

  • Biomedical Research
  • Environmental Science
  • Forensic Analysis
  • Clinical Diagnostics
  • Materials Science

Our production chemical lines are integral in the manufacturing of life-saving medicines, innovative biomaterials, critical diagnostic tools, and advanced technology products.

Trusted Brands for Reliable Solutions

Graham B Jackson extensive offering includes world-renowned brands that have proven their value through decades of reliability, precision, and performance:

  • J.T. Baker® Chemistries
    Known globally for unsurpassed reproducibility and consistency, J.T. Baker chemicals are tailored for optimized application in various research and industrial processes.
  • Macron Fine Chemicals™ Products
    Renowned for their reliability and repeatability, Macron Fine Chemicals add value across an extensive range of scientific and analytical applications.
  • VWR Chemicals BDH®
    For over a century, BDH reagents have been synonymous with versatility and value in analytical chemistry applications across North America.

Avantor’s Global Commitment: From Discovery to Delivery

As a global leader in providing high-quality products, services, and solutions, Avantor is committed to supporting professionals across the life sciences and advanced technologies industries. Our goal is to focus on the things that matter most to you—delivering unparalleled convenience, collaboration, and customization to ensure your success in the lab and beyond.

Essential Reference Tools for Laboratory Work

In addition to chemicals, we provide essential tools for precision work in research and manufacturing. Here are some key reference points for common chemical calculations:

  • Molarity (M): Moles of solute per liter of solution
    M=Moles of soluteLiters of solutionM = \frac{\text{Moles of solute}}{\text{Liters of solution}}M=Liters of solutionMoles of solute​
  • Molality (m): Moles of solute per kilogram of solvent
    m=Moles of soluteKilograms of solventm = \frac{\text{Moles of solute}}{\text{Kilograms of solvent}}m=Kilograms of solventMoles of solute​
  • Normality (N): Molarity multiplied by equivalents per mole
    N=M×equivmolN = M \times \frac{\text{equiv}}{\text{mol}}N=M×molequiv​
  • Percentage Composition: Can be expressed as mass, volume, or mass per volume
    % by mass (w/w)=Mass of soluteMass of solution×100\% \text{ by mass (w/w)} = \frac{\text{Mass of solute}}{\text{Mass of solution}} \times 100% by mass (w/w)=Mass of solutionMass of solute​×100
    % by volume (v/v)=Volume of soluteVolume of solution×100\% \text{ by volume (v/v)} = \frac{\text{Volume of solute}}{\text{Volume of solution}} \times 100% by volume (v/v)=Volume of solutionVolume of solute​×100
    % by mass-volume (w/v)=Mass of soluteVolume of solution×100\% \text{ by mass-volume (w/v)} = \frac{\text{Mass of solute}}{\text{Volume of solution}} \times 100% by mass-volume (w/v)=Volume of solutionMass of solute​×100
  • Density (g/mL): Mass per unit of volume
    ρ=mv\rho = \frac{m}{v}ρ=vm​

By partnering with Graham B Jackson, you gain access to chemicals that will fuel your innovation and support your research, development, and production efforts. Whether you are in life sciences, technology, or industrial applications, our commitment to delivering the highest quality chemicals ensures your success from start to finish. Let’s work together to shape the future of science and technology.