John Evans’ helical vibration isolators provide the ultimate shock and vibration protection.
Why is shock and vibration protection so important?
Shock and vibration influence the performance and life expectancy of nearly every kind of mechanical and electrical device, large or small.
What added benefits do isolators provide?
Typically, protection from shock and vibration absorption is accomplished by combining a resilient element (metal mesh, an elastomer, a steel spring, etc.) and a metallic supporting frame. However, the helical vibration isolator, also known as a helical mount or a cable mount, provides a higher level of isolation from shock and vibration than any other type of isolation device. Helical mounts provide a coulomb damping of 15-17% of critical (C/Cc).
What makes John Evans’ isolators so effective?
- Our helical vibration isolators (also referred to as spring vibration isolators) are made of aircraft-quality stainless steel cable, wound into metal retaining bars prepared for surface mounting.
- The wire rope (ranging in diameter from 1/16” to 1”+) and its helix configuration provide the specific resilience required to cushion fragile loads as small as a few pounds or substantial loads of many thousands of pounds, and absorb vibration through a wide frequency spectrum.
- The isolator operates well in any position: in compression, extension, shear, and roll.
- Our isolators protect all axes simultaneously.
- All-metal construction makes our isolators virtually impervious to severe environments, and maintenance free.
