Time temperature - Import export

The SPIROL Model HP Pneumatic Heat Insert Driver provides an accurate and consistent method to install virtually any type of Heat/Ultrasonic Style Insert into thermoplastic assemblies. As much as 75% of an Insert’s performance is the direct result of how well it was installed. Therefore, in order to maximize performance, all of the factors that impact installation must be carefully controlled. SPIROL’s Model HP Pneumatic Heat Insert Driver has been designed to eliminate the dependency on the operator to control the factors of time, temperature and pressure to ensure nearly perfect flow of the plastic for optimal retention and performance. The Model HP Pneumatic Heat Insert Driver installs Inserts ranging in size from M2 – M8 metric threads and #2 – 3/8 unified threads.

The SPIROL Model HA Automatic Heat Insert Driver provides an accurate and consistent method to install virtually any type of Heat/Ultrasonic Style Insert into thermoplastic assemblies. With this exceptionally versatile machine, the operator does not need to physically touch the Insert during the entire installation process. SPIROL’s Model HA Automatic Heat Insert Driver has been designed to eliminate the dependency on the operator to control the factors of time, temperature and pressure to ensure nearly perfect flow of the plastic for optimal retention and performance. The Model HA Automatic Heat Insert Driver installs Threaded Inserts ranging in size from M2 – M8 metric threads and #2 – 3/8 unified threads. The machine can be configured to accommodate a variety of applications and the heat tips are easily interchangeable to accommodate various sized Inserts.

Optimizes drying The Ecopac EMC uses the state of the art microprocessor technology to ensure product quality and optimise the energy balance for drying processes. The modular system for monitoring and controlling residual moisture, product temperature, dwell time and exhaust air humidity can be flexibly adapted to current production. Up to three of the same or different modules may be used as needed. This increases quality while saving resources and energy. The modular design of the system allows its flexible adaptation to all applications. Both, standard requirements and highly customized demands are thus met.

Optimizes finishing The Orthopac VMC is a modular process control system for textile refinement. It optimises drying or fixing processes as well as the processes all about the stenter. The system measures, logs and controls critical process parameters over the entire working width like temperature, dwell time, residual moisture, exhaust air moisture, thread density, basis weight and more. This increases quality while saving resources and energy. The modular design of the system allows its flexible adaptation to all applications. Both, standard requirements and highly customized demands are thus met. The system can also be integrated into an Orthopac straightening system. It thereby combines the functionality of a weft straightener with that of a process control system in one compact device.

Dryflex CS is a range of thermoplastic elastomer (TPE) compounds, based on SEBS. The range has been engineered to deliver optimised compression set performance. The raw materials used to manufacture Dryflex CS compounds are compliant with major food contact regulations (food contact statements available on request). The compounds also offer excellent organoleptic performance. What is Compression Set? Compression set is the measure of permanent deformation remaining when an applied force is removed. A TPE sample is compressed to a specific deformation, for a specified time and at a specific temperature. The compression set value is the percentage of the sample that fails to recover to its original height and is an important performance indicator for applications such as seals, flexible connectors and gaskets. For a 40 shore A hardness TPE, typical compression set values are 65 to 70 percent, with the Dryflex CS range this is reduced to 40 percent (22 hours at 100 degree). Key Chara