空冷ヒートシンク
産業機器用アルミニウム6063高熱伝導空冷ヒートシンク
Aluminum 6063 High Thermal Air Cooled Heat Sink for Industrial Equipment 1. Precision shovel tooth forming process: laying the foundation for efficient heat dissipation core Integrated CNC gear hobbing: Using a CNC gear hobbing machine, the entire aluminum/copper profile (6063 aluminum alloy, etc.) is cut into continuous and uniform heat dissipation fins in one go using a dedicated gear hobbing tool. The fins are integrated with the substrate structure, without splicing or
高出力機器用アルマイト処理空冷ヒートシンク CNC加工
Air Cooling Heatsink Anodized For High Power Equipment CNC Machining 1. Integrated extrusion dense tooth forming process Adopting high-precision extrusion technology to create a uniform dense tooth structure, maximizing the expansion of heat dissipation area, heat conduction without splicing faults, low wind resistance and high air circulation efficiency, heat exchange can be quickly completed with the assistance of natural wind/fan. Adaptation advantages: Suitable for medium
高性能サーバー向け鍛造銅製空冷ヒートシンク（金アルマイト処理）
High-Precision Forged Copper Air Cooling Heatsink For High-Performance Servers This High-Precision Forged Copper Air Cooling Heatsink is engineered to deliver exceptional thermal performance for high-performance servers and data center hardware. Crafted from premium-grade copper through a high-precision forging process, the heatsink boasts a dense, uniform fin structure that maximizes heat dissipation efficiency. The forged copper construction ensures superior thermal
産業オートメーション用CNC加工黒アルマイト空冷ヒートシンクシャーシ
Custom CNC Machined Black Anodized Air Cooling Heatsink Chassis For Industrial Automation This Custom CNC Machined Black Anodized Air Cooling Heatsink Chassis is engineered to deliver robust thermal management and durable protection for industrial automation equipment. Crafted from high-grade aluminum alloy via precision CNC machining, the chassis features an integrated heatsink design with dense fin arrays to maximize surface area for efficient heat dissipation. The black
工業級の周波数変換器用空冷熱槽
Industrial Grade Air Cooled Heat Sink For Frequency Converters 1. Integrated extrusion dense tooth forming process Adopting high-precision extrusion technology to create a uniform dense tooth structure, maximizing the expansion of heat dissipation area, heat conduction without splicing faults, low wind resistance and high air circulation efficiency, heat exchange can be quickly completed with the assistance of natural wind/fan. Adaptation advantages: Suitable for medium to
CNC加工 空気冷却 熱槽 高性能機器のためのアノード化
High Efficiency Air Cooled Heat Sink For High Power Equipment 1. Integrated extrusion dense tooth forming process Adopting high-precision extrusion technology to create a uniform dense tooth structure, maximizing the expansion of heat dissipation area, heat conduction without splicing faults, low wind resistance and high air circulation efficiency, heat exchange can be quickly completed with the assistance of natural wind/fan. Adaptation advantages: Suitable for medium to
産業機器用 高熱伝導空冷アルミニウムヒートシンク
High Thermal Aluminum Air Cooled Heat Sink for Industrial Equipment 1. Precision shovel tooth forming process: laying the foundation for efficient heat dissipation core Integrated CNC gear hobbing: Using a CNC gear hobbing machine, the entire aluminum/copper profile (6063 aluminum alloy, etc.) is cut into continuous and uniform heat dissipation fins in one go using a dedicated gear hobbing tool. The fins are integrated with the substrate structure, without splicing or welding
産業用制御向け押出アルミ空冷ヒートシンク
Stamped Fin Aluminum Air Cooling Heat Sink For Industrial Control Engineered specifically for the rigorous thermal management demands of industrial control systems, our stamped fin aluminum air cooling heat sink delivers exceptional heat dissipation performance, reliability, and cost-effectiveness. Crafted from high-grade 6063 aluminum alloy. The core advantage lies in its precision-stamped fin structure. Utilizing advanced stamping technology, we produce dense, uniformly
高密度スキーブフィン 空気冷却式高性能半導体用ヒートシンク
High Power Semiconductor High-Density Skived Fin Air-Cooled Heat Sink 1. Precision shovel tooth forming process: laying the foundation for efficient heat dissipation core Integrated CNC gear hobbing: Using a CNC gear hobbing machine, the entire aluminum/copper profile (6063 aluminum alloy, etc.) is cut into continuous and uniform heat dissipation fins in one go using a dedicated gear hobbing tool. The fins are integrated with the substrate structure, without splicing or
