Posts Tagged ‘AMPT’

AMPT Testing Gives Quality and Consistency

Wednesday, December 23rd, 2009

The most modern range of testing machinery makes the testing of materials such as soil, blacktop, concrete and other building materials a much simpler process than it used to be. It is essential to employ the best quality materials whilst doing any building work and testing machinery can check the quality of both the unprocessed materials and the finished result.

An AMPT/SPT (Asphalt Material Performance Tester/Simple Performance Tester) can carry out asphalt testing to determine the dynamic modulus and flow number for hot mix blacktop. This is essential for maintaining quality road surfaces and it can additionally be used for fatigue testing older roads and highways. The item is comprised of a triaxial cell, environmental chamber a hydraulic activator and pump and a heating and refrigeration unit.

Recent developments in the equipment have greatly increased user safety and this apparatus uses an automated routine which does away with the need for the operator to dismantle and remove the weighty cell construction when entering a further sample. This type of apparatus is in extensive use all around the planet and its robust construction is designed to resist a variety of operating conditions with a smallest possible number of peripheral controls to prevent harm to the piece of equipment.

Universal testing machines are as the title suggests able to carry out testing on a large range of both paving and other materials. A universal testing system can conduct tests for fatigue and stress on materials such as metal, wood, plastic, packaging materials and a broad range of other substances. Rock testing and soils testing is particular imperative whilst foundations are being constructed for new buildings and roadways to ensure that buildings are durable and wont collapse in the future. The size of testing machines has decreased greatly in recent years and while still not exactly portable they will fit into a port-a-cabin or small space.