RF Pultrusion Preheaters - Multi-Electrode
RF PULTRUSION PREHEATERS - MULTI-ELECTRODE
Pultrusion Preheaters use one of the most cost-effective and fastest growing methods for production of composite materials. Thermex offers its pultrusion preheaters in a multi-electrode model to provide a range of options for companies looking to implement this method in production.
The multi-electrode model provides a higher frequency of 80 MHz. Additionally, manufacturers can leverage the adjustable electrode height.
This machine offers a spatial footprint that is only slightly larger than the single-electrode model.
Proudly made in the U.S.A.
Click to see the Product Technical Specification section.
Preheating of thermosetting plastics for RF pultrusion.
APPLICATIONS INCLUDE:- Sucker rods for the oil and gas industry
- Large diameter fiberglass rods, poles, tubes, bars, etc.
- Fiberglass rebar for corrosive and marine environments
- Composite structural components
- Electrical insulators for power distribution
- Tool handles
- Continuous RF power available when using a material suitable for RF heating
- SCR Controller for uniform fine adjustment of power applied to all loads
- Cooled by shop air drawn in through replaceable air filter
- Nominal frequency of 80 MHz
- Includes plate, grid current and DC Kilovolt meters
- IR sensors with digital media display, over temperature alarm
Product Technical Specifications for the RF Pultrusion Preheaters - Multi-Electrode
Apply RF Heating Technology to Produce Rods, Fibers, and Pipes
Manufacturers rely on Thermex-Thermatron's economical RF Pultrusion Preheater Systems. Using our multi-electrode model, facilities are able to streamline impeccable outcomes on a large scale. Our customers know they can trust the Thermex name. Notably, Thermex pultrusion preheaters develop top-tier fiberglass sucker rods utilized in the petroleum industry. Fiberglass goes through our pultrusion preheaters, manufacturing tool handles used across prominent sectors.
Leveraging Cost-Efficient RF Pultrusion to Ramp Up Production of Composite Materials
Implement RF pultrusion and uplevel your manufacturing process. Discover key advantages to using continuous RF power. Industries across the world have relied on the benefits of Thermex’s RF Pultrusion Preheaters. Our engineers have developed innovative, robust systems — helping you consistently yield prime productivity. Harness high-frequency heat evenly when RF heating your raw materials. With more uniform power, our systems are made to expedite speed and performance.
The Benefit of Using Thermex’s Industry-Leading, Commercialized Technology
Intelligently designed, Thermex’s RF Pultrusion Preheaters can cool themselves. Every high-powered, resourceful feature was created to facilitate stronger composite materials. Thermex’s multi-electrode model opens up a range of choices, offering versatility in production.
The three phase high voltage is a valuable asset for manufacturers looking for effective control. Additionally, an over-temperature alarm ensures you can safely and quickly deliver top outcomes. Execute competitive results when you maximize expert craftsmanship with Thermex’s capabilities.
Terminology
RF Pultrusion
More and more high-volume production facilities are using this agile manufacturing process. RF pultrusion is globally sustainable. This process converts fiberglass, reinforced fibers, and other raw materials. After RF pultrusion, these materials produce, among other things, fiber-reinforced plastic composites/polymers (FRPs). The key part of this process involves a pulling method, using a heated die.
Continuous RF Power
Continuous RF power is an uninterrupted wave of high-frequency heat. The alternating voltage of electromagnetic energy sustains RF pultrusion. Thermex’s specialized machinery is made to maximize the advantages of continuous RF power. Doing so, industries are able to accelerate production speed and transform product capabilities.
Urea formaldehyde molding powder
Thermex-Thermatron preheaters utilize RF technology to preheat this thermosetting plastic. This molding material is a compound of urea and formaldehyde. Manufacturers leverage the RF heating process to develop urea formaldehyde molding powder. Using powerful Thermex machinery, this compound facilitates production of plywood and adhesives.
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