We are engaged in offering clients a wide range of Metal Turbulators, which is offered in various sizes such as 3/8 (9.525 mm) to 1/2 (38.1 mm) OD. Manufaturing is done in various material such as copper, galvanized steel, stainless steel and brass as per the clients’ specific requirement.
Our different types of Turbulators are mentioned below:
Wire petal turbulators: These have a unique construction which increases turbulence while maintaining least pressure drop which is achieved by twisting wire into circular loops in a feather dusterformation around a spine formed from the wire As they are made from round wire, there are no sharp edges which prevents damage to the tubes (specially non ferrous tubes).
Specifications:
Different Densities
We offer these turbulators in the following configurations.
- HD - High petal density
- MD - Medium petal density
- LD - Low petal density
- CD - Customized petal density
Rigid/Soldered Turbulators - In this, the fin loops are soldered to a center rod and thus Turbulator is made, which is then soldered inside the tubes. These tubes then can be finned on the outside using any appropriate fins ,the bonding provides superior heat transfer to the tubes.
Specifications
A) Solder Bond Option - Our company has a capability of soldering these turbulators inside the tubes for better bonding and performance. we can offer the turbulator with solder wire runners which would melt on heating the tubes, bonding the turbulator to the inside of the tube.
Cross section of rigid turbulator soldered inside a wire fin tube
We can offer tube with the turbulators already soldered inside. We can give them with the following types of tubes materials:
- Copper
- Cupro Nickel 90:10 & 70:30
- Alu. Brass
- Steel
- Stainless Steel
Different Densities
We can offer these turbulators and turbulated tubes in the following densities:
- HD - High petal density
- MD - Medium petal density
- LD - Low petal density
- CD - Customized petal density
Insertion In Cooler BlockThese turbulators are mainly useed for inclusion in Flat Fin Type Oil Coolers where the tubes have been expanded throughthe fins and it is difficult to solder the turbulator in place.