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アルミ製ヒートシンク

品質 アルミニウム6063工業用冷却陽極酸化ヒートシンク(高密度直線フィン付き) 工場

アルミニウム6063工業用冷却陽極酸化ヒートシンク(高密度直線フィン付き)

Aluminum 6063 Industrial Cooling Anodized Heat Sink With Dense Straight Fins 1. The core of the aluminum radiator adopts precision extrusion molding technology, relying on specialized customized molds and high-precision extrusion equipment to integrate 6061/6063 high-purity aluminum alloy ingots into one piece, without the need for subsequent complex processes such as splicing and welding, fundamentally solving the pain points of thermal conduction faults and loose structures

品質 通信機器用アルミニウム合金アノードネットワークキャビネットヒートシンク 工場

通信機器用アルミニウム合金アノードネットワークキャビネットヒートシンク

Aluminum Alloy Anode Network Cabinet Heat Sink For Telecom Equipment 1. The core of the aluminum radiator adopts precision extrusion molding technology, relying on specialized customized molds and high-precision extrusion equipment to integrate 6061/6063 high-purity aluminum alloy ingots into one piece, without the need for subsequent complex processes such as splicing and welding, fundamentally solving the pain points of thermal conduction faults and loose structures in

品質 エネルギー節約 アルミヒートシンク 抗酸化 エネルギー貯蔵システム 工場

エネルギー節約 アルミヒートシンク 抗酸化 エネルギー貯蔵システム

Energy Saving Aluminum Heat Sink For Energy Storage System 1. The core of the aluminum radiator adopts precision extrusion molding technology, relying on specialized customized molds and high-precision extrusion equipment to integrate 6061/6063 high-purity aluminum alloy ingots into one piece, without the need for subsequent complex processes such as splicing and welding, fundamentally solving the pain points of thermal conduction faults and loose structures in traditional

品質 ネットワークキャビネット 6063 電気通信機器のためのアルミ熱槽 工場

ネットワークキャビネット 6063 電気通信機器のためのアルミ熱槽

Network Cabinet Aluminum 6063 Heat Sink For Telecom Equipment 1. The core of the aluminum radiator adopts precision extrusion molding technology, relying on specialized customized molds and high-precision extrusion equipment to integrate 6061/6063 high-purity aluminum alloy ingots into one piece, without the need for subsequent complex processes such as splicing and welding, fundamentally solving the pain points of thermal conduction faults and loose structures in traditional

品質 高密度直線フィン付き工業用冷却アルミニウム黒色アルマイトヒートシンク 工場

高密度直線フィン付き工業用冷却アルミニウム黒色アルマイトヒートシンク

Black Anodized Aluminum Heat Sink With Dense Straight Fins For Industrial Cooling This Black Anodized Aluminum Heat Sink with Dense Straight Fins is purpose-built for industrial cooling applications, delivering robust passive heat dissipation to maintain optimal operating temperatures for high-power industrial electronic components. Crafted from high-thermal-conductivity aluminum alloy via precision extrusion, its dense array of straight fins maximizes heat dissipation

品質 工業用電子機器の冷却用直翼アルミ熱槽 工場

工業用電子機器の冷却用直翼アルミ熱槽

High-Density Straight Fin Aluminum Heat Sink For Industrial Electronic Equipment Cooling This High-Density Straight Fin Aluminum Heat Sink is engineered specifically for industrial electronic equipment cooling, providing robust, reliable passive heat dissipation to maintain optimal operating temperatures in demanding industrial environments. Crafted from high-purity, thermally conductive aluminum alloy, its dense array of precision-machined straight fins maximizes heat

品質 6063 アルミニウム プレスプロフィール ラジエーター PCB 熱消耗用 工場

6063 アルミニウム プレスプロフィール ラジエーター PCB 熱消耗用

Standard Extruded Aluminum 6063 Profile Radiator For PCB Heat Dissipation Crafted from high-purity 6063 aluminum alloy, this standard extruded profile radiator is engineered to deliver exceptional heat dissipation performance for printed circuit boards (PCBs) across industrial, consumer electronics, and telecommunications applications. Leveraging advanced aluminum extrusion technology, the radiator features a precisely designed fin structure—including optimized fin density

品質 新しいエネルギー 電子制御 アルミニウム 熱槽 アノジス 耐腐食 工場

新しいエネルギー 電子制御 アルミニウム 熱槽 アノジス 耐腐食

Energy Saving And Efficient New Energy Electronic Control Aluminum Heat Sink High heat dissipation efficiency: 6063/6061 aluminum high thermal conductivity+integrated extrusion non-contact thermal resistance, fast heat absorption+efficient convection, meeting the heat dissipation needs of medium and low power (50-300W); Copper aluminum composite models can cope with higher power (300-800W) scenarios. Lightweight+Strong Structure: With low aluminum density and integrated