Temperature Uniformity
Stable heating supports controlled hardness and repeatable electrical properties.
About AKS
Engineering continuous bright annealing lines for copper strip and foil.
AKS provides R&D, manufacturing, sales and service for copper strip annealing furnace, copper foil annealing furnace and non ferrous annealing line projects.
Company Profile
Focused on practical furnace engineering for non ferrous processors.
AKS is a furnace engineering and manufacturing company serving strip and foil processors that need continuous copper bright annealing, high surface quality and stable conductive performance.
- R&D, manufacturing, sales and after-sales service are handled as one engineering workflow.
- Core solutions include copper strip annealing furnace and copper foil annealing furnace systems.
- Engineering discussions start from material, thickness, width, surface target, conductivity and continuous output.
Innovation
AKS engineering combines heat, atmosphere, cooling and automation.
For copper annealing, these systems together decide surface brightness, conductivity stability and continuous production reliability.
Protective Atmosphere
Atmosphere control reduces oxidation risk during copper bright annealing.
High Surface Quality
Heating and cooling control help protect bright copper surfaces after annealing.
Foil Handling
Low-tension transport and controlled cooling help protect thin copper foil.
Continuous Production
Automation, alarms and records support stable 24/7 production management.
Non Ferrous Scope
Line engineering can be adapted for copper, brass and selected conductive alloys.
Global Market
Serving copper and non ferrous strip processors with measurable process goals.
AKS communicates around project conditions, parameter ranges and output requirements rather than broad equipment claims.
Strip Copper strip annealing furnace
Foil Copper foil annealing furnace
Bright Copper bright annealing
Line Non ferrous annealing line
Process
From strip data to annealing line configuration.
Process Review
Confirm copper strip or foil grade, width, thickness, coil weight, surface quality and conductivity target.
Process Route
Define heating, protective atmosphere, cooling and line transport strategy.
Build & Delivery
Complete furnace body, controls, atmosphere system, cooling system and safety interfaces.
Commissioning & Optimization
Optimize surface quality, conductivity stability and continuous output after commissioning.