Specification Brand : uxcell BulletPoint1 : Overall Size: 10 x 25 x 25 mm / 0.39 x 0.98 x 0.98 inch; Color:Black. BulletPoint2 : This heatsink come with thermal conductivity adhesive ,which can provide good cooling results. BulletPoint3 : Effectively for cooling 3D printer, the motors couldn't sink heat into the frame, and heatsink will reduce the temperature of stepper motors. BulletPoint4 : Easy to install, it only take seconds to install. BulletPoint5 : Package Content: 10 x Heatsink. Color : Black CompatibleDevices : Desktop ExternallyAssignedProductIdentifier : 6091022468613 ExternallyAssignedProductIdentifier1 : 0609631868722 ExternallyAssignedProductIdentifier10 : 0855700013122 ExternallyAssignedProductIdentifier2 : 609631868722 ExternallyAssignedProductIdentifier3 : 168141447501 ExternallyAssignedProductIdentifier4 : 855700013122 ExternallyAssignedProductIdentifier5 : 191120070391 ExternallyAssignedProductIdentifier6 : 0191120070391 ExternallyAssignedProductIdentifier7 : 0804066537926 ExternallyAssignedProductIdentifier8 : 0112040003092 ExternallyAssignedProductIdentifier9 : 0168141447501 IncludedComponents : aluminum heatsink,copper heatsink ItemName : uxcell 10x25x25mm Black Aluminum Heatsink Thermal Adhesive Pad Cooler for Cooling 3D Printers 10Pcs ItemPackageDimensions_Height : 14 centimeters ItemPackageDimensions_Length : 1.6 centimeters ItemPackageDimensions_Width : 10.3 centimeters ItemPackageQuantity : 1 ItemTypeKeyword : desktop-computer-heatsinks Manufacturer : uxcell Material : Copper ModelNumber : a19120300ux0958 MountingType : Panel Mount NoiseLevel : 21.5 decibels NumberOfItems : 10 PartNumber : a19120300ux0958 ProductDescription : Feature: This heatsink come with thermal conductivity adhesive ,which can provide good cooling results.. Aluminum heatsink can be applied on 3D printers, IC , electronic, , computer's chip component heat dissipation or anywhere you need a efficient heatsink.
Specification: Color: Black Material: Aluminum Alloy Overall Size: 10 x 25 x 25 mm / 0.39 x 0.98 x 0.98 inch (L*W*H)