PRECISE PLASTIC TESTING, INC.
ST. PETERSBURG, FLORIDA

Our philosophy is simple-provide an accurate test using the latest techniques and report the results in a clear, understandable way. We believe that it is critical to collect as much data at each step in the testing process. Why invest in any weathering test and not collect every piece of crucial data which allows you to understand the entire aging process and not just the final result? Precise Plastic Testing’s facility in Saint Petersburg Florida is dedicated to researching every aspect of polymer deterioration, especially when exposed to UV rays. As one of the largest polymer weathering labs in the world, PPT can accommodate thousands of concurrent tests. Our knowledgeable staff adheres to strict standards and continuously consults with industry experts to validate our processes. Weatherability and corrosion data are necessary for the selection of new materials and the improvement of existing materials. Outdoor weathering is widely used to confirm or validate results of indoor testing. Welcome to Precise Plastic Testing Precise Plastic Testing, Inc., located in Saint Petersburg, Florida is an innovative leader in advanced weathering techniques across many industries. Our 5,000 square foot testing facility employs UV, Xenon Arc and outdoor exposure testing in Florida’s harsh environment. Testing can be conducted using ISO, ASTM or SAE standards. We also work closely with our clients to develop test methodologies to simulate “real life” performance. Once the samples are removed from the test chamber, we conduct a variety of tests to evaluate any degradation that may have occurred. Precise Plastic Testing is on the forefront of developing new, innovative techniques that detect polymer deterioration earlier than ever before. Precise Plastic Testing employs many of the latest techniques to provide an accurate understanding of weather on polymers including: PPT can provide microscopic High resolution images with magnifications up to 200x to document the degradation process.