Military, commercial, and civilian marine vibration isolation systems. From DDG destroyers to mega-yachts, every compound formulated from first principles, every mount analyzed to MIL-SPEC tolerance.
MIL-S-901D shock-qualified mounting systems for naval combatants and support vessels
GE LM2500 gas turbines, 8 mounts per engine. MIL-S-901D Grade A, HWSM qualified. 97.6% isolation at 60 Hz.
CODLAG propulsion: MT30 turbine + MAN diesel + electric motors. Double isolation for ASW stealth. 98% isolation.
Nuclear steam turbines. 64 main mounts across 4 shafts. 85,000 kg turbine sets, DDAM analyzed. 96.4% isolation.
Double isolation mandatory. Wire rope + elastomeric. 54.6 dB insertion loss at LP turbine frequency. SUBSAFE quality.
45-knot high-speed design. MT30 + Pielstick diesels with water jets. Slam load factor 2.5x. 99.7% at firing frequency.
MTU high-speed diesels. Compact CR mounts with aluminum housings for small patrol boats. 96-99.95% isolation.
Medium-speed diesels and gas turbines. Resonance passage strategy for slow-speed engines. 98.6% at firing frequency.
Classification society approved mounting systems for commercial and civilian fleets
230,000 - 1,100,000 kg engines. Rigidly mounted with resin chocks and holding-down bolts. Vibration control via balancers.
Resilient or rigid mounting options. 82,000 - 103,000 kg engines. 90% isolation efficiency at firing frequency.
4,200 - 16,000 kg gensets on common baseframe. 4-8 point mounting. 94-99.9% isolation efficiency.
Motor isolation on tunnel-mounted thrusters. Cavitation noise is dominant path. CLD hull treatment required.
Double isolation with 85,000 kg inertia block. 143,000 kg engines. 70.8 dB insertion loss at firing frequency.
Triple isolation: engine + inertia block + floating floor. Owner stateroom target: 35 dB(A) at anchor. 123.5 dB IL at 100 Hz.
Interactive calculators, compound browsers, and standards reference
15 compounds across 7 polymer families. Full phr recipes, cure parameters, dynamic properties. Filterable by Shore A, polymer type, application class. D3.js radar charts for property comparison.
Real-time vibration isolation analysis. Input engine mass, RPM, cylinder count, mount stiffness. Outputs natural frequency, transmissibility, insertion loss. D3.js live transmissibility curves.
Visualize cure curves (torque vs time), Arrhenius activation energy plots, and scorch/cure time comparisons across compounds. Sulfur vs peroxide vs metal oxide cure systems.
40+ standards mapped: military (MIL-S-901D, MIL-M-17508F), classification societies (DNV, Lloyd's, ABS), ISO, IMO. Compliance checklist per mount type.