Brief introduction

Resin analyzer is a professional measuring instrument tailored by SciClone to evaluate the reaction characteristics of polymer materials. This instrument consists of two parts: a heating system, a control system, and a temperature sensor The instrument chassis composed of probes, communication modules, etc. is a data acquisition and processing system composed of a computer and the software installed on it. Between these twoUSBCommunication cable connection, through standardUSBagreement Communication enables high-speed, dynamic, and real-time data collection and management.

This instrument uses intelligent fuzzy algorithm to accurately control temperature, and is designed and manufactured with selected high temperature electronic components.

The instrument random software adopts the most stable oneC++Language development and the use of multi-threaded technology for instrument communication, ensuring stable and reliable operation; Use of measured dataADODatabase technology storage, which can be printed, exported as images, and standardizedXML data format.

2、 Test application

■ Determine the standard SPI resin reaction curve

■ Test the stability between batches of resins, curing agents, accelerators, and anti polymerization pigments

Understand the reactivity of resin reactions

Understand the exothermic properties of resins

Compare the reactivity of various curing agents and their combinations

Compare the effects of various additives on reaction behavior

Guide and optimize process parameters

3、 Technical indicators

1. Applicable molding processes: pultrusion molding process, compression molding process, RTM molding process, winding molding process, casting molding process APGMolding process, hand lay up molding process

2. Applicable resin systems: unsaturated polyester resin system, vinyl ester resin system, acrylic resin system, epoxy resin system

3. Controllable temperature range: room temperature -250 ℃

4. Detectable temperature range: room temperature -350 ℃

5. Testeable data: reaction temperature time curve, reaction temperature-Time differential curve, gel time, curing time, exothermic peak temperature

6. Specific application: Determination of standard SPIResin reaction curve, testing inter batch stability of resin, understanding resin

Reaction activity, understanding the exothermic properties of resins, comparing the reaction activity of curing agents, comparing the effects of various additives on reactions

The influence, guidance, and optimization of process parameters on behavior