Freeze-Thaw Test Specimen Molds, 100 x 100 x 400mm Specimen

Freeze-Thaw Test Specimen Molds, 100 x 100 x 400mm Specimen

Meets: ASTM C666, AASHTO T161, PROCEDURE A

Our test specimens meet a variety of industry standards including ASTM C666, AASHTO T161 and PROCEDURE A. With our expertise in producing high quality test specimens we ensure our products are precise and accurate for your testing needs. By meeting these standards we guarantee our test specimens will perform as expected so you get the results you need.

Beaumont Advanced Processing is a manufacturer of high quality test specimens. We offer a full range of test specimens that meet industry standards. Our high precision molding cell is dedicated to producing plastic test specimens with precision and quality. We offer ASTM test specimens and ISO test specimens as well as custom projects to meet your specific needs. Whether you need standard or custom test specimens we guarantee our products will meet precision and reliability standards.

Plastic Test Specimens

Materials and Process

Producing plastic test specimens requires attention to both materials and process. At Beaumont Advanced Processing we use our high precision molding cell to produce plastic test specimens that meet industry standards. Our team of experts select the right plastic material for each project, considering hygroscopic polymers and moisture levels to get the best performance.

Our process is centered around injection molding, a process that allows us to get precise dimensions and tolerances in our test specimens. This process is ideal for a wide range of plastic materials and is suitable for both standard and custom projects. We also offer family molds that can be customized to meet customer requirements so every project gets the attention it deserves.

We mold our specimens to manufacturer recommended conditions so each test specimen is produced to precision and accuracy. Our scientific approach to plastic test specimens ensures every product we deliver meets our customer’s quality and performance expectations.

Quality in Production

Quality is key in our production process at Beaumont Advanced Processing. We have strict quality control measures in place to ensure each test specimen meets the standards. Our team of experts inspect each specimen for any defects or irregularities that can affect performance.

We use advanced testing equipment to verify our results so our test specimens meet industry standards. Our commitment to quality is reflected in our ISO 9001:2015 and ISO 13485:2016 certifications which means we deliver high quality products.

Our quality process includes regular audits and inspections to maintain operational excellence. By following these strict quality controls we ensure our customers get test specimens that exceed their expectations in precision and reliability.

Key Features and Benefits

Our test specimens are designed to get accurate and reliable results and our commitment to quality is reflected in our ISO 9001:2015 and ISO 13485:2016 certifications. Our test specimens are molded to precision to meet industry standards. Our high precision molding cell produces test specimens to the highest precision and quality so they are suitable for a wide range of applications. The attention to detail in our molding process ensures each specimen meets industry requirements so you can be confident your testing results are consistent and reliable. The properties of our test specimens are affected by the molding process so they perform consistently under various testing conditions.

Meets standards: ASTM C666, AASHTO T161, PROCEDURE A for ASTM test specimens

Humboldt’s Elite Series, Freeze-Thaw Cabinet is used to measure the resistance of concrete to degradation caused by repeated cycles of freezing and thawing. The HC-3186S.4F Freeze-Thaw can test up to 18 3” x 4” x 16” (76 x 102 x 406mm) concrete specimens at once, one being a control.

• Fully automatic operation frees up operator to do other lab tasks.

• Allows user to establish field control using correlations between concrete strength and durability

• Allows evaluation of variables in concrete properties and conditioning.

• Used to evaluate durability of aggregates and properties of admixtures.

Humboldt’s touch-screen controller gives you full graphical monitoring of all testing functions in a standalone application. Now you can have full finger-tip control and monitoring of all testing functions with Humboldt’s touch-screen controller on our Freeze-Thaw Cabinet. The 7” waterproof screen shows testing functions in real-time graphical display without a computer.

Now you can run tests and display results while viewing tabulation, basic x-y graphs and temperature readings in real-time during the test using user-defined basic data acquisition. Test data is stored in the device and can be downloaded to a USB drive via the machine’s USB port.

• User defined test control to change freeze time, minimum temperature, maximum temperature and number of cycles.

• Real-time on-screen control and monitoring with graphing, select different data views.

• Review test data after test is complete, tabulation and graph views.

• Touch-screen interface.

• Complete report generation with Humboldt NEXT software. Test data can also be exported to computers via network or thumb drive.

• Remote control and monitoring via network and internet.

You can have up to 8 freeze-thaw cycles in a 24 hour period but the actual number of cycles is dependent on the time it takes for the temperature at the center of the control prism to go from 40°F (4.4°C) to 0°F (-17.8°C) and then back to 40°F (4.4°C). The temperature at the center of the control specimen is controlled with a 0.75HP (0.6KW) refrigeration unit and electric resistance heaters with fully automatic controls.

Current temperature of the control specimen can be seen at a glance on the large 7” color display on the controller. You can also see the temperatures of the freeze-thaw cycles in real-time on the display. These graphs and tabular data can be used to generate reports in Humboldt NEXT software or download to other computers or software for reports.

For corrosion resistance and long life the HC-3186S Freeze-Thaw has a stainless steel 84”L x 32”W x 35.75”H (213 x 81 x 91cm) cabinet with 3” (76mm) insulation on all sides. The internal test compartment is 74” x 26” x 6” (188 x 66 x 15cm). 30-amp circuit required.

• (17) H-3185TA Stainless Steel Sample Tray, 3” x 4” x 16.375” (76 x 102 x 406mm)

• (1) H-3185TSA Stainless Steel Sample Tray with spout, 3” x 4” x 16.375” (76 x 102 x 406mm)

Order freeze-thaw molds separately.

Mold Details

Our specimen molds are designed and manufactured to produce high quality test specimens. Each mold is precision made to meet the required standards using latest technology to ensure accurate dimensions and tolerances.

One of the features of our molds is the unique design that allows easy release of the test specimens. This reduces the risk of damage or contamination and ensures each specimen is in pristine condition. We use high quality materials that are corrosion and wear resistant to ensure our molds last long even after repeated use.

Specimen molds available in ASTM and ISO configurations. Custom molds also available. Designed to work with our high precision molding cell to produce test specimens to highest quality and accuracy.