Pacorr Testing Instruments

 Corrosion is a major concern for manufacturers working with metals, coatings, plated surfaces, fasteners, and engineered components. Products exposed to moisture, salt, humidity, and temperature changes can gradually lose their appearance, strength, and protective finish. A Cyclic Corrosion Test Chamber provides a controlled laboratory method for evaluating how materials perform when they are subjected to repeated corrosive environmental conditions. Unlike a basic continuous salt fog test, cyclic corrosion testing can alternate between different exposure stages such as salt mist, humid conditions, wet periods, drying, and temperature-controlled environments. This makes the test useful for manufacturers who want to compare coatings, study material behaviour, improve surface treatments, and strengthen their quality-control process. What is a Cyclic Corrosion Test Chamber? A Cyclic Corrosion Test Chamber is an environmental testing instrument designed to expose a specimen to more th...

 Products rarely travel from a manufacturing facility to the customer without experiencing some form of mechanical stress. Cartons may be moved by forklifts, transferred between conveyors, loaded onto trucks, shifted inside warehouses, or subjected to sudden stops during transportation. An Inclined Impact Tester helps packaging professionals reproduce controlled impact conditions in the laboratory so they can understand how a packaged product may behave during distribution. Instead of evaluating only the strength of a carton, inclined impact testing allows manufacturers to study the performance of the complete system—including the outer package, cushioning material, internal supports, closures, and the product itself. Understanding the Inclined Impact Tester An Inclined Impact Tester is primarily designed for impact evaluation of transport packages and packaged products. The equipment generally consists of an inclined track, moving carriage, release arrangement, and rigid impact s...

 Materials used in manufacturing are expected to withstand different types of mechanical forces throughout their service life. A packaging film may be stretched during processing, rubber components may experience repeated deformation, and plastic or metal parts may encounter pulling forces during assembly and use. A Tensile Testing Machine helps manufacturers study this behaviour under controlled laboratory conditions. Rather than relying only on visual inspection, tensile testing produces measurable data that can be used for material comparison, quality control, process improvement, and product development. What is Tensile Testing? Tensile testing involves applying a controlled pulling force to a prepared specimen. The purpose is to observe how the material responds as the tensile load increases. The specimen is secured between appropriate grips, after which the machine creates controlled movement to stretch it. Depending on the testing procedure and instrument configuration, the...

 Environmental conditions can influence a product long before obvious signs of damage appear. Temperature variation and moisture exposure may affect dimensions, surface quality, mechanical behaviour, electrical performance, and material stability. A Climatic Test Chamber gives manufacturers a practical way to reproduce selected environmental conditions within a laboratory and examine these effects under controlled parameters. Creating a Controlled Testing Environment Natural environmental conditions are unpredictable. Temperature and humidity can change throughout the day, making it difficult to perform repeatable comparisons. Climatic chambers overcome this limitation by creating a defined atmosphere around the test specimen. The operator sets the required temperature and relative humidity according to the testing procedure. The chamber then regulates its internal environment for the required exposure period. This makes it possible to evaluate multiple specimens under comparable ...

The performance of a plastic product begins with the behaviour of its raw material. Resin pellets from separate production lots may appear identical, yet their response to heat and pressure can vary during manufacturing. Such differences may influence mould filling, extrusion consistency, cycle stability, and finished-product uniformity. A Melt Flow Index Tester – Digital provides laboratory teams with a practical method for examining these characteristics before the resin is released for production. Understanding the Flow Characteristics of Thermoplastics When thermoplastic resin is heated sufficiently, it softens and becomes capable of flowing. The resistance offered by the molten material is influenced by polymer structure, formulation, additives, fillers, processing history, and material condition. Melt flow evaluation creates a measurable reference for this behaviour. Instead of depending entirely on visual inspection or supplier information, manufacturers can compare laboratory ...

 Plastic products often need to perform under more than just mechanical load. Bottles, containers, closures and molded components may remain under internal or residual stress while simultaneously coming into contact with detergents, surfactants, oils or other environmental agents. Under certain conditions, this combination can lead to Environmental Stress Cracking (ESC). The Environmental Stress Cracking Resistance Tester (ESCR) is designed to evaluate the resistance of suitable plastic materials to this type of cracking under controlled laboratory conditions. ESCR testing can provide valuable comparative information for manufacturers working with HDPE, LDPE, polyethylene packaging, plastic containers, caps, closures and other polymer components. Regular ESCR evaluation can support: ✔️ Comparison of different polymer grades ✔️ Raw-material quality assessment ✔️ Production batch consistency ✔️ Research and development of plastic products ✔️ Investigation of premature cracking ✔️ Ev...