custom aluminum extrusion heatsink aluminum heat sink

Superrigardo de Heatlinks

Varmegaj ligoj funkcias disponigante vojon de malalta termika rezisto inter varmofonto (kiel elektronika komponanto) kaj varmega lavujo aŭ malvarmiga sistemo. Ili povas esti precipe utilaj en medioj kie spaclimoj limigas la uzon de tradiciaj malvarmigaj metodoj, aŭ kiam pasiva termika administradsolvo estas preferita.

Varmegaj ligoj povas funkcii surbaze de malsamaj principoj, inkluzive de fazŝanĝaj materialoj, solidstata kondukado, aŭ eĉ fluid-bazitaj sistemoj. La elekto de teknologio dependas de la specifaj postuloj de la aplikaĵo, kiel funkcia temperaturo gamo, niveloj de disipado de potenco, kaj spacaj limoj.

Karakterizaĵoj de Heatlinks

Alta Termika Kondukto: Desegnita por oferti altan termikan konduktivecon, certigante efikan varmotransdonon de la fonto al la lavujo.

Kompakta Dezajno: Ofte kompakta, permesante al ili konveni en mallozaj spacoj ene de elektronikaj kunigoj aŭ alia ekipaĵo.

Pasiva Operacio: Kutime ne postulas eksteran potencon por funkcii, fidante anstataŭe sur la natura fluo de varmo de varmaj ĝis malvarmaj areoj.

Fortikeco kaj Fidindeco: Fabrikita por elteni ripetitajn termikajn ciklojn kaj severajn mediajn kondiĉojn sen degenero de rendimento.

Malalta Profilo: Maldikaj profiloj helpas minimumigi la efikon al la ĝenerala dezajno de produktoj.

Verstileco: Povas esti adaptita por konveni diversajn aplikojn, de konsumelektroniko ĝis industria maŝinaro kaj aerspacaj komponantoj.

Agordigebla: Havebla en malsamaj formoj, grandecoj, kaj konfiguracioj por renkonti specifajn dezajnbezonojn.

Kostefika: Provizu ekonomian solvon por termika administrado kompare kun pli kompleksaj malvarmigaj sistemoj.

Minimuma Prizorgado: Ĝenerale postulas malmulte al neniu prizorgado post instalite.

Ekologia Kongrueco: Desegnita por esti kongrua kun larĝa gamo de medioj, inkluzive de tiuj kiuj povas enhavi korodajn elementojn aŭ sperti signifajn temperaturfluktuojn.

(custom aluminum extrusion heatsink aluminum heat sink)

Specifications of custom aluminum extrusion heatsink aluminum heat sink

Custom aluminum extrusion heatsinks provide efficient thermal management for electronic devices. These heatsinks use high-grade aluminum alloys. Common choices include 6063 kaj 6061. These materials balance strength and heat transfer. Aluminum is lightweight. It resists corrosion. This makes it suitable for harsh environments.

Heatsink dimensions vary based on application needs. Standard lengths range from 50mm to 1500mm. Cross-sectional profiles are customizable. Typical widths fall between 20mm and 300mm. Heights adjust from 10mm to 120mm. Tolerances stay tight. Most dimensions hold +/-0.1mm accuracy. This ensures proper fit with components.

Thermal performance depends on design and material. Aluminum conducts heat well. Conductivity levels reach 150-220 W/m·K. Finned designs increase surface area. Ĉi tio plibonigas varmegon. Fin thickness and spacing affect cooling efficiency. Dense fins work for high-power applications. Wider spacing suits natural convection setups.

Surface treatments enhance durability and function. Anodizing is common. It adds a protective oxide layer. This prevents oxidation. It also improves emissivity. Colors like black or silver are available. Powder coating offers extra protection. It resists scratches and chemicals.

Customization options meet specific project requirements. Unique shapes are possible. Extrusion molds create complex profiles. Features like grooves or channels integrate with assemblies. Holes or threads can be added. These simplify mounting. Custom brackets or clips secure components.

Production processes ensure quality. Extrusion presses shape aluminum billets at high temperatures. Post-processing includes cutting and drilling. CNC machines achieve precise cuts. Testing verifies thermal performance. Prototypes are available for validation.

These heatsinks serve industries like electronics, aŭtomobila, and LED lighting. They cool CPUs, potencaj konvertiloj, and LED arrays. Custom designs match airflow patterns. They optimize space in compact devices.

Costs depend on design complexity and order volume. Simple profiles are budget-friendly. Intricate shapes require custom tooling. Bulk orders reduce per-unit prices. Lead times range from 2-6 weeks.

Environmental factors matter. Aluminum is recyclable. Production waste gets reused. This supports eco-friendly manufacturing.

Contact the manufacturer with project details. Share temperature requirements and space limits. Provide CAD files for accurate quotes. Samples confirm fit and performance before full production.

(custom aluminum extrusion heatsink aluminum heat sink)

Applications of custom aluminum extrusion heatsink aluminum heat sink

Custom aluminum extrusion heatsinks manage heat in many industries. Electronics need them to stop parts like processors and power modules from overheating. They fit into tight spaces because they can be made in exact shapes. This keeps devices running longer and prevents damage.

Automotive systems use these heatsinks in electric vehicles and battery systems. They cool parts that generate lots of heat during operation. Custom designs match the shape of components like inverters or charging units. This improves cooling without adding extra weight or size.

LED lighting relies on aluminum heatsinks to protect bulbs from high temperatures. The heatsinks pull heat away from the light source. This makes LEDs last longer and work better. Custom shapes let them fit into different fixtures, from streetlights to indoor lamps.

Industrial machinery uses these heatsinks in motor drives and power supplies. Heavy-duty equipment creates constant heat. Aluminum extrusion handles high thermal loads without warping. Custom sizes ensure they slot into existing setups without redesigning machines.

Renewable energy systems like solar panels and wind turbines need efficient cooling. Aluminum heatsinks control temperatures in power converters and storage units. Custom profiles allow them to work in harsh outdoor conditions. They resist corrosion and handle temperature swings.

Aerospace and defense applications demand lightweight, durable thermal solutions. Custom aluminum heatsinks cool avionics, radar systems, and communication devices. They meet strict standards for performance and reliability. Their design adapts to limited space and vibration-prone environments.

Medical equipment uses these heatsinks in imaging machines and surgical tools. Precision cooling prevents overheating during long procedures. Custom extrusions match the compact layouts of medical devices. Aluminum’s non-toxic nature makes it safe for healthcare settings.

The process starts with designing a profile that fits the component’s shape and heat output. Aluminum is extruded through a mold to create the exact form needed. This method is cost-effective for both small and large production runs. Finishes like anodizing improve durability and heat dissipation.

Custom aluminum extrusion heatsinks solve thermal problems across fields. They combine flexibility, efikeco, kaj fortikeco. Their adaptability makes them a practical choice for specialized cooling needs.

Kompanio Profilo

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) estas unu el la ĉefaj entreprenoj en elektronika teknologio kaj potencaj produktoj, kiu estas plene implikita en evoluigado de sunaj invetiloj， transformiloj, reguligiloj de tensio, distribuaj kabinetoj, tiristoroj， moduloj， diodoj， hejtiloj, kaj aliaj elektronikaj aparatoj aŭ duonkonduktaĵoj. Ni devontiĝos provizi uzantojn per altkvalita, efikaj produktoj kaj zorgema servo.

Ĝi akceptas pagon per Kreditkarto, T/T, Okcidenta Unio, kaj Paypal. PDDN sendos la varojn al klientoj eksterlande per FedEx, DHL, per maro, aŭ per aero. If you want high-quality custom aluminum extrusion heatsink aluminum heat sink, bonvolu sendi al ni demandojn; ni estos ĉi tie por helpi vin.

Pag-Metodoj

L/C, T/T, Okcidenta Unio, Paypal, Kreditkarto ktp.

Sendo

Ĉe la maro, per aero, per ekspreso, kiel klientoj petas.

Kondiĉoj de Stokado

1) Konservu en seka medio ĉe ĉambra temperaturo.

2) Evitu malsekan kaj altan temperaturon.

3) Uzu tuj post malfermi la internan pakan sakon.

5 FAQs of custom aluminum extrusion heatsink aluminum heat sink

Custom aluminum extrusion heatsinks manage heat in electronic devices. They pull heat away from parts like processors. This stops overheating. Here are common questions about them.

What is a custom aluminum extrusion heatsink? It’s a part made from aluminum. It’s shaped to fit specific devices. The shape helps move heat fast. Aluminum works well. It’s light and resists corrosion. Extrusion shapes it into designs for different uses.

Why pick aluminum for heatsinks? Aluminum moves heat better than many metals. It’s cheaper than copper. It’s easy to shape. It lasts long. It doesn’t rust much. This makes it good for electronics, lumoj, cars. It balances cost and performance.

Can these heatsinks fit unique designs? Jes. Makers use molds to create custom shapes. They match exact size and cooling needs. Fins can be added for more surface area. Holes or grooves help attach them to parts. Tell the maker your device specs. They’ll adjust the design.

What industries use these heatsinks? Electronics use them in computers and phones. LED lights need them to stay cool. Cars use them in batteries and systems. Factories put them in machines. Renewables like solar panels rely on them. Anywhere heat hurts performance, these help.

What affects a heatsink’s performance? Size matters. Bigger surfaces cool better. Fin shape changes airflow. Thicker bases move heat faster. Aluminum type changes conductivity. Mounting method keeps contact tight. Ambient temperature and airflow around the device matter too. Testing ensures it works in real conditions.

(custom aluminum extrusion heatsink aluminum heat sink)