Machined Composites & High-Performance Plastics
TacMach
Precision Machined Components
TacMach brings together precision-engineered machined composites and high-performance plastic components designed to replace traditional metal alloys where possible.
Using advanced CNC machining and deep material expertise, Taconic manufactures lightweight, durable, electrically insulating, thermally resistant, and self-lubricating components built to exact customer specifications.
Precision Processing
Engineered beyond metals.
Machined for performance.
TacMach components are produced using advanced layered composites and high-performance thermoplastics engineered for strength, dimensional stability, insulation performance, and reduced friction.
Using state-of-the-art CNC machining, Taconic delivers fully finished, assembly-ready parts manufactured to exact tolerances from both sheet and round stock materials.
Product Capabilities
Advanced materials.
Precision manufactured components.
Material Solutions
From thermoplastics
to advanced composites.
TacMach supports a broad range of high-performance materials engineered for mechanical strength, electrical insulation, wear resistance, dimensional stability, and elevated temperature performance.
Material options include PEEK, PTFE, PET, nylon, polypropylene, epoxy laminates, mica composites, aramid laminates, and high-temperature insulating materials.
Product Data
TacMach material
product options.
Compare TacMach composite and thermoplastic materials by construction, recommended application, and maximum operating temperature.
| Category | Product | Material | Application | Operating Temp Max °F / °C |
|---|---|---|---|---|
| Composites | G10 (FR4) | Glass fabric + epoxy resin | Mechanical and electrical applications | 266 / 130 |
| G11 | Glass fabric + epoxy resin | Mechanical and electrical applications | 356 / 180 | |
| AVF300 | Glass fabric + phenolic resin | Mechanical and electrical applications | 365 / 185 | |
| FRL-G and FRL-Moly | Cotton fabric + phenolic resin | Sliding elements and gears | 275 / 135 | |
| D220 | Glass mat + high-temperature epoxy resin | Thermal and electrical applications | 428 / 220 | |
| A240 | Glass mat + high-temperature epoxy resin | Thermal and electrical applications | 464 / 240 | |
| A350W | Glass fabric + high-temperature silicone resin | Thermal applications | 662 / 350 | |
| AKF180 | Aramid fabric + phenolic resin | High-temperature sliding elements | 356 / 180 | |
| A450 | Mica paper + silicone resin | Thermal applications | 842 / 450 | |
| Thermoplastics | PLT 1000 | High-density polyethylene (PE) | Sliding elements at room temperature | 194 / 90 |
| PP Grey | Polypropylene (PP) | Chemical applications and cutting support | 194 / 90 to 212 / 100 | |
| Nylon 6 | Polyamide 6 (PA6) | Sliding elements and mechanical applications | 212 / 100 | |
| Nylon 6.6 Cast | Polyamide 6.6 with MoS2 (PA6.6) | Sliding elements and mechanical applications | 223 / 100 | |
| Nylon 12 | Polyamide 6.6 with MoS2 (PA6.6) | Sliding elements, gears, and mechanical applications | 212 / 100 | |
| Delrin | Polyoxymethylene (POM) | Mechanical and select chemical applications | 212 / 100 | |
| Arnite | Polyethylene terephthalate (PET) | Select chemical and mechanical applications | 230 / 110 | |
| E-100T | Solid-lubricant-filled polyethylene terephthalate (PET) | Sliding elements and wear-resistant applications | 230 / 110 | |
| PTFE | Polytetrafluoroethylene (PTFE) | Sliding elements and chemical applications | 500 / 260 | |
| T-453CG | PTFE filled with carbon fiber and graphite | Sliding elements and electrically conductive applications | 500 / 260 | |
| PEEK | Polyether ether ketone (PEEK) | Elevated-temperature mechanical applications and high wear resistance | 500 / 260 | |
| E-111TC | PEEK filled with carbon fiber and graphite | Elevated-temperature mechanical applications, high wear resistance, and lower friction than unfilled PEEK | 500 / 260 |
The data herein are averages based on the authoritative testing of several lot numbers. This information is intended for comparison purposes only. Material selection, component design, operating conditions, tolerances, and product availability should be reviewed with Taconic for each application.
Frequently Asked Questions
Frequently asked questions
about TacMach components.
Learn more about TacMach materials, component capabilities, custom manufacturing, and material selection.
What is TacMach?
TacMach is Taconic's product line of precision-machined composite and high-performance plastic components. The product line includes custom-engineered parts manufactured by Taconic from advanced thermoplastics and composite materials for demanding industrial applications.
What materials are available through the TacMach product line?
TacMach components can be manufactured from a wide range of engineering materials, including PTFE, PEEK, PET, POM, nylon, polypropylene, polyethylene, epoxy laminates, glass-reinforced composites, aramid laminates, mica composites, and other high-performance materials selected for each application.
What industries use TacMach components?
TacMach products are used across packaging, food processing, industrial manufacturing, aerospace, automation, electrical insulation, thermal processing, converting, and other industries that require precision-machined composite or plastic components.
Can TacMach components replace metal parts?
In many applications, yes. Depending on the material selected, TacMach components can provide reduced weight, corrosion resistance, electrical insulation, thermal insulation, self-lubricating properties, and lower operating noise while maintaining excellent mechanical performance.
Does Taconic manufacture custom TacMach components?
Yes. Taconic manufactures TacMach components to customer specifications using advanced CNC machining. Prototype quantities, one-off components, small batches, and production runs are supported.
Are FDA-compliant materials available?
Yes. Taconic offers FDA-compliant material options including PE, POM, PTFE, and PEEK for food processing and other regulated applications. Detectable material options are also available for many applications.
What machining capabilities are available?
Taconic offers precision CNC milling, turning, drilling, routing, and finishing of both sheet and round-stock materials. Components are manufactured to customer specifications and can be supplied with production and inspection documentation.
How do I choose the right material?
Taconic's engineering team works closely with customers to recommend the most appropriate material based on operating temperature, wear resistance, chemical exposure, electrical properties, mechanical loading, and overall application requirements.
TacMach Support
Need a precision machined solution?
Start with TacMach.
Whether you require FDA-certified parts, insulating components, wear-resistant bushings, precision blades, or high-temperature composite structures, Taconic can help identify and machine the right material solution for your application.