Oetiker Stepless® Ear Clamps, SS, 17.8mm - 21.0 mm (0.701" - 0.827"), De-Greased, 100/pk - 16701029
Oetiker Stepless® Ear Clamps, SS, 17.8mm - 21.0 mm (0.701" - 0.827"), De-Greased, 100/pk - 16701029
Material thickness
Stepless® Ear Clamps are produced in nominal widths and thicknesses. The selected material dimensions for a specific application are based on the stress required to obtain an adequate seal or load.
Clamp ear (closing element)
Using tools designed or endorsed by Oetiker, the clamp is closed by drawing together the lower radii of the “ear”. The maximum diameter reduction is proportionate to the open “ear” width (s).
The theoretical maximum reduction in diameter is given by the formula:
Max. diameter reduction = Ear width (s) / π
Original: $85.49
-65%$85.49
$29.92Oetiker Stepless® Ear Clamps, SS, 17.8mm - 21.0 mm (0.701" - 0.827"), De-Greased, 100/pk - 16701029
Material thickness
Stepless® Ear Clamps are produced in nominal widths and thicknesses. The selected material dimensions for a specific application are based on the stress required to obtain an adequate seal or load.
Clamp ear (closing element)
Using tools designed or endorsed by Oetiker, the clamp is closed by drawing together the lower radii of the “ear”. The maximum diameter reduction is proportionate to the open “ear” width (s).
The theoretical maximum reduction in diameter is given by the formula:
Max. diameter reduction = Ear width (s) / π
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Material thickness
Stepless® Ear Clamps are produced in nominal widths and thicknesses. The selected material dimensions for a specific application are based on the stress required to obtain an adequate seal or load.
Clamp ear (closing element)
Using tools designed or endorsed by Oetiker, the clamp is closed by drawing together the lower radii of the “ear”. The maximum diameter reduction is proportionate to the open “ear” width (s).
The theoretical maximum reduction in diameter is given by the formula:
Max. diameter reduction = Ear width (s) / π
