Need help? You’ve come to the right place. Find immediate answers to your questions below:
Do you accept individual user order?
How would I place an order?
What are the available methods of payment?
How would I know the prices of your product?
Is it secure to place an order online?
What is your RMA policy?
2. Please fax the RMA request form to (510)498-8488 and obtain a RMA number.
What is heat sink?
What is Overclocking?
What is MicroFin Technology?
Why do we need the MicroFin® Technology coolers?
Why do the MicroFin® Technology Coolers better than other coolers?
Nevertheless, Dynatron’s MicroFin® Technology coolers can eliminate all the weakness problems.
MicroFin® advantage points are:
Fin Cross Section – the cross sectional shape of the fin is skives with thin slice with 0.35 mm and 1.0mm pitch in the 60 x 60 heat sink that is better heat dissipation.
Fin Density – high density up to 60 fins for AMD K7 and Intel FC-PGA CPUs.
Fin Distribution – formed ideal distribution, the fins arrayed uniformly on the base without the interfaces, which decrease at lease 2 to 3 degree of heat source.
-applied the high quality of aluminum, and the copper to build the heat sinks for Cooler series.
Unique High Quality – cut though the whole pieces of aluminum or copper evenly to form up to 60 high thin fins, and all heat sinks are unique high quality in our production line. In conclusion, taking performance factor into account, Dynatron’s CPU coolers had high-density fins 2 to 3 times than other coolers, and reliability quality products, we highly recommend high density fins of heat sink with high pressure drop cooling fan for your GHz CPU.
The model, DC1206BM-O and DC1206BM-L in our product list, are example of a new MicroFin CPU cooler, and it’s one of the fineness in the world for the thermal management products. The high quality of DC1206BM-O and DC1206BM-L is the best CPU coolers to insure and protect your computer’s CPU.
The process starts with a single piece of material, typically made of either copper or aluminum. A cutting tool contacts one surface of material and under controlled motion raises a fin, which is form with controlled thickness, height, and center to center spacing. Fins are uniform, consistent, and accurately spaced next one.
For Copper material:
Fin height can be 70 mm and up depends on the pitch and thickness
Fin pitch can be as small as 1 mm
For Aluminum material:
Fin height can ba also 70 mm and up depends on the pitch and thickness
Fin pitch can be as small as 1.3 mm