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Lab Testing

On-Site Laboratory Testing Ensures Precision and Quality

Our on-site laboratory uses scientifically proven wax quality control testing methods in addition to ASTM guidelines for consistent quality assurance.

We provide wax research and development, technical assistance, troubleshooting and testing for our products and yours.

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LAB EQUIPMENT

On-site laboratory instruments and capabilities include:

  • Differential Scanning Calorimeter (DSC) – Measures wax melt point
  • Infrared Spectrometer (FTIR) – Tests infrared wavelength to identify chemical composition
  • Autoviscometer – Tests kinematic viscosity
  • Brookfield Viscometer – Tests viscosity
  • Inductively Coupled Plasma (ICP) Machine – Detects trace elements
  • Karl Fischer Water Analyzer – Measures precise water content
  • Needle Penetrometer – Measures hardness and softness of waxes
  • Autotitrator – Measures acid and peroxide values
  • Particle Size Analyzer – Detects particle distribution and measures particle size
  • Densitometer – Measures density and specific gravity
  • Gas Chromatograph (GC) – Provides a fingerprint of a wax or wax blend
  • Lovibond Colorimeter – Measures color in natural waxes, including soy wax
  • Drop Melt Point Apparatus – Determines the melting point of a substance

LAB REQUEST

Fill out the form below to contact us about our lab testing services or request a service.

     

    Top 5 Laboratory Wax Tests

    Laboratory tests are crucial when making a product. They ensure that the product is up to the right standards and will perform the way it is intended. Below are the top five laboratory tests used to test different properties of wax.

    1. Congealing Point

    Congealing point is a wax property that describes the temperature where the wax “sets” or begins to crystallize into the solid state. Different grades of waxes have different congealing points. The test used to determine the congealing point is called the Congealing Point of Petrolatum’s and Waxes. You can find out more about this test here.

    2. Hardness/Softness

    Waxes differ in how hard or soft they are, particularly petroleum waxes. The hardness/softness is important to know because it can have a significant effect upon other physical properties of a wax. The test that measures hardness or softness of a wax is the Needle Penetration of Petroleum Waxes. You can find out more about it here.

    3. Viscosity

    Viscosity is a measurement of how “thick” or “thin” a liquid is. For example, honey has a higher viscosity than water at a given temperature. This means that honey is a thicker liquid than water is. If you had two cups, one filled with water and the other filled with honey, and you tipped them upside down, the water would pour out right away and the honey would move much slower. Just like water or honey, wax has a viscosity too. One tool used to measure viscosity is a Brookfield Viscometer. You can find out more about Brookfield Viscometers here.

    4. Odor

    Odor may seem like a strange thing to test for in wax, but when wax is used in food packaging applications it is very important. The odor of the wax could alter the food it comes in contact with. The odor test measures the intensities of the odor of the wax on a scale (instead of in just descriptive terms). The test used is called the Standard Test for Odor of Petroleum Waxes. More information about this test can be found here.

    5. Infrared Scanning, DSC analysis

    Infrared scanning tests the amount and how much of different substances are in the wax sample. It uses wavelength measurement and visible light to test for these substances. DSC analysis, or Differential Scanning Calorimetry, is a test that measures the amount of heat that is required to increase the temperature of the wax substance, which can then be used to interpret the melt point of a wax.

    These are just a few of the tests used to maintain proper quality throughout all wax products. For the full listing of tests we do at Blended Waxes, visit our wax quality control testing page on our website.

     

    5 Wax Lab Tests

    Throughout the wax blending process, we perform tests to ensure consistent, high-quality products with the desired properties, characteristics and results. Our on-site laboratory team uses a variety of scientifically proven wax quality control tests, including:

    1. D938-05

    This test measures the congealing point of petrolatums and waxes. The congealing point is the temperature where a liquid starts to harden. It is important to know the congealing point of waxes because, for different applications, the wax may need to stay liquid for a longer period of time.

    2. D87-09

    The D87-09 test is the standard test method for the melting point of petroleum waxes. Petroleum waxes include paraffin and microcrystalline wax. It is important for the wax to have a higher or lower melt point for different applications.

    3. D1833-87

    This lab test is standard for the odor of petroleum waxes. In some applications, like food packaging, the smell of the wax is an important property to test. This test uses a universal numerical scale to rate odor intensity of petroleum waxes.

    4. D1500-07

    The D1500-07 test measures the color of petroleum products, including petroleum waxes, lubricating oils, heating oils and diesel fuel oils. This test measures colors ranging from white to black. It can also measure for tint and depth of color in the product.

    5. D1321-10

    This test measures the needle penetration of petroleum waxes. It tests the consistency of the wax blend by penetrating a needle into the wax. The needle penetration amount is measured on a scale to determine hardness.

    Are you interested in learning more about the ASTM tests we use? Contact us.