At Across-CFC, we specialize in high-performance carbon-carbon (C/C) composites, delivering precision, durability, and efficiency across diverse industries. Our expertise in on-demand manufacturing, custom engineering solutions, and advanced material science allows us to provide tailor-made C/C components for the most demanding applications.
Our proprietary Preformed Yarn (PY) Method, advanced fiber orientation technology, and high-precision CNC machining ensure every component meets the highest performance standards—from aerospace and automotive applications to industrial furnaces and semiconductor manufacturing.
From prototype development to full-scale production.
Lighter, longer-lasting materials that reduce energy consumption.
Heat, wear, and corrosion-resistant materials for extreme environments.
Across-CFC manufactures both standard and fully custom spring fixtures and components, each engineered for extreme temperature applications:
Each C/C fixture and spring is custom-engineered on demand to meet the customer’s specific thermal, load, and dimensional requirements. Every design achieves measurable reductions in energy use and cycle time while delivering the precision and reliability expected from Across-CFC’s composite technology.
Applications: High-load, high-uniformity brazing and heat-treatment fixtures
Applications: Fixtures requiring evenly distributed compression force
Applications: High-load, high-uniformity brazing and heat-treatment fixtures
Applications: Fixtures requiring evenly distributed compression force
Applications: Sub-assembly or thermal fixtures requiring controlled movement
Applications: Fixture-based heat-treatment setups
Applications: High-temperature joints and fixture assemblies
Across-CFC designs and manufactures a full range of Carbon-Carbon (C/C) trays engineered for precision, energy efficiency, and structural stability in high-temperature processing environments:
Each C/C tray is custom-engineered on demand for its intended process environment. Across-CFC’s designs deliver measurable improvements in throughput, energy efficiency, and part consistency, all achieved through precise material engineering and tailored fabrication.
Applications: High-load, stackable furnace and batch processing systems
Applications: High-strength, configurable tray systems for high-temperature industrial processing
Applications: Heat-treatment of small or irregularly shaped components
Applications: Secure holding of small or irregularly shaped parts in high-temperature processes such as sintering, brazing, heat treating, and casting
Applications: Rotary and vacuum furnace processing
Applications: Aerospace, semiconductor, and high-precision manufacturing
Applications: Precision-engineered trays for high-temperature, load-bearing applications requiring dimensional accuracy
Across-CFC produces precision Carbon-Carbon (C/C) fasteners and industrial hardware designed to perform under extreme heat, mechanical load, and corrosive conditions:
Each fastener and component is custom-engineered on demand to meet exact customer requirements for load, thread precision, and high-temperature endurance. Across-CFC’s short-fiber C/C materials enable tight machining tolerances and consistent fastening performance in the most demanding conditions.
Applications: High-load structural assemblies and heat-treatment systems
Applications: High-torque joints and heat-treatment assemblies
Applications: Fasteners specified for high-temperature environments such as semiconductor furnace hot zones and brazing fixtures
Applications: Structural, furnace, and process fixtures requiring mechanical integrity at high heat
Applications: Structural, furnace, and process fixtures requiring mechanical integrity at high heat
Applications: Thermal cycling systems and high-load mechanical assemblies
Applications: C/C composite spring washer components for specialized high-temperature fastening applications
Across-CFC offers a range of Carbon-Carbon (C/C) plates and carriers engineered for structural, thermal, and precision-handling applications across aerospace, semiconductor, and industrial manufacturing sectors:
Every C/C plate and carrier is custom-engineered on demand for its intended use, whether as structural reinforcement, precision handling, or heat-resistant support. Across-CFC’s short-fiber composites allow for complex machining and consistent mechanical integrity in continuous thermal cycling environments.
Applications: Heat shielding, structural reinforcements, and high-temperature supports
Applications: Aerospace structures, semiconductor carriers, and furnace linings
Applications: Transporting wafers, substrates, and precision parts
Applications: Aerospace, semiconductor, and industrial processing
Across-CFC designs and manufactures custom Carbon-Carbon (C/C) furnace components built for high-temperature stability, energy efficiency, and long-term durability in industrial and advanced manufacturing environments:
Every C/C furnace component is custom-engineered on demand to meet the mechanical, thermal, and geometric requirements of each system. Across-CFC’s short-fiber composites and tailored machining deliver consistent performance across repeated thermal cycles.
Applications: Industrial furnaces and heat-treatment processing
Applications: Industrial furnaces and heat-treatment processing
Applications: Advanced furnace and airflow systems
Applications: Continuous furnaces, sintering lines, and material transport
Applications: Semiconductor, industrial, and advanced manufacturing furnaces
Applications: Thermal processing and precision industrial environments
Applications: Automated furnace loading and high-temperature handling
Applications: Material transfer in furnaces and sintering systems
Applications: Furnace interiors to reduce heat loss and improve energy retention
Across-CFC manufactures advanced Carbon-Carbon (C/C) friction materials engineered for maximum heat resistance, wear stability, and performance across transportation and industrial systems:
Each C/C friction material is custom-engineered on demand for its intended system. Across-CFC’s tailored formulations and machining deliver heat tolerance, strength, and consistency for braking, clutch, and friction-based mechanisms across industrial sectors.
Applications: High-speed braking systems and heavy industrial friction assemblies
Applications: Automotive, aerospace, rail, and industrial machinery
Applications: High-performance components for racing clutches and brakes, aircraft braking systems, and aerospace applications
Applications: Pantograph contact strips and rail friction components
Every Across-CFC component is designed and manufactured on demand to meet your exact process, load, and thermal requirements. Whether you need prototype support, specialized engineering collaboration, or high-volume production, our team will develop a C/C solution optimized for your performance goals.
Start your next project or request a detailed quotation today.
