The Laboratory UPR Skid Synthesis System is a compact, pilot-scale unit designed for R&D institutions, university laboratories, and chemical companies conducting formulation development, process optimization, and small-batch production of unsaturated polyester resin. As a specialized
Skid-mounted Complete Equipment solution for laboratory environments, this system is fully pre-assembled and tested prior to delivery. The entire unit arrives ready for connection, significantly reducing installation time and on-site commissioning efforts compared to traditional stick-built systems.
Key Features
- Compact footprint – space-saving design ideal for confined lab environments
- Flexible batch control – supports multiple formulations with quick changeover
- Precise temperature and pressure regulation – ensures accurate reaction conditions for reproducible results
- Complete instrumentation – includes flow meters, thermocouples, pressure gauges, and automated data logging
- Easy maintenance – modular design allows quick access to all components
Technical Specifications
Batch capacity ranges from 50 to 500 liters. Operating temperature covers ambient up to 250°C with atmospheric or vacuum pressure options. Heating is provided via thermal oil or electric heating systems. All wetted parts are constructed from SS304 or SS316L stainless steel. The control system is available in manual, semi-automatic, or full PLC configuration upon request. Being a true piece of
Skid Mounted Equipment, this laboratory system eliminates the need for extensive foundation work and can be relocated with minimal effort.
Typical Applications
This system is widely used for new UPR formulation research and development, quality control and pilot testing, process scale-up studies, and small-batch specialty resin production. As a complete
Skid Mounted Complete Equipment package, it includes all necessary piping, instrumentation, and controls required for standalone operation. The pre-wired and pre-piped design delivers the benefits of
Complete Installation Equipment, allowing researchers to focus on process development rather than equipment assembly.