Product details
Product details
The principle behind acoustic hangers is straightforward: by suspending structural elements on elastic elements rather than rigid connections, you interrupt the path through which vibration energy travels from source to receiver. Rubber hangers accomplish this through shear and compression deformation under load, converting vibrational energy to heat that dissipates harmlessly. Simple physics, effective results. Ceiling hanger systems represent one of the most common applications. In buildings with multiple floors, footsteps, equipment operation, and other activities on upper floors create impact vibration that travels through structural elements into ceiling-mounted systems and rooms below. Acoustic hangers interrupt this transmission path, improving occupant comfort and reducing noise complaints. Because nobody wants to hear every footstep from the apartment above. Multiple rubber compound formulations allow optimization for different frequency ranges and load requirements. Softer compounds provide superior low-frequency isolation but support lower loads. Harder compounds handle greater loads but isolate at higher frequencies. Selecting the appropriate compound ensures optimal performance for your specific application. Different problems need different hardnesses. These provide versatile, cost-effective vibration isolation for suspended ceiling systems, mechanical equipment, and pipework installations. Natural rubber compounds optimized for acoustic performance, delivering effective vibration and structure-borne noise reduction across a wide range of commercial and industrial applications. **Key Features** - Natural rubber compounds optimized for acoustic performance - Multiple hardness options (35-70 Shore A) - Galvanized steel housings for corrosion resistance - Load range: 10-150 kg per hanger - Simple compression mounting for easy installation - Non-combustible construction - Suitable for ceiling, equipment, and pipe suspension - Excellent long-term elastic properties **Technical Specifications** - Material: Natural rubber compound - Hardness Options: 35, 45, 55, 70 Shore A - Load Range: 10-150 kg per hanger - Deflection: 3-10mm under rated load - Isolation Frequency: 10-25 Hz depending on hardness - Housing Material: Hot-dip galvanized steel - Thread Size: M8, M10, M12 options - Temperature Range: -20°C to +60°C - Fire Rating: Non-combustible housing - Service Life: 15+ years under normal conditions **Applications / Use Cases** Suspended ceiling systems in hotels, offices, and residential buildings use acoustic rubber hangers to isolate ceiling panels from structural vibration. This prevents impact noise from upper floors from transmitting into occupied spaces below, improving privacy and comfort. Simple solution to common problem. Mechanical equipment including fans, pumps, and air handling units generates vibration that can transmit through mounting structures into building elements. Rubber hangers suspend this equipment elastically, reducing structure-borne noise in adjacent occupied spaces. Quieter buildings through better isolation. Pipework installations in commercial buildings benefit from elastic suspension that prevents fluid-borne vibration from transmitting through building structures. This reduces noise in occupied spaces and prevents pipe vibration from affecting sensitive equipment in nearby areas. **Why Choose This Product** Acoustic Rubber Hangers deliver effective vibration isolation at cost-effective price points suitable for large-scale commercial installations. Multiple hardness options allow optimization for specific frequency requirements without expensive custom engineering. Standard products that solve real problems. Simple compression mounting enables rapid installation by contractors familiar with standard ceiling and mechanical systems. This installation familiarity reduces labor costs and ensures consistent quality across installation teams. Contractors already know how to install these. Galvanized steel housings provide corrosion resistance ensuring long-term performance in humid environments or applications where moisture exposure is possible. This durability protects your investment in acoustic isolation. They don't rust out. **Frequently Asked Questions** **What hardness should I select for my application?** Softer compounds (35-45 Shore A) provide better low-frequency isolation but support lower loads. Harder compounds (55-70 Shore A) handle greater loads but isolate at higher frequencies. Contact our team with your application details for recommendations. Load capacity and frequency requirements determine selection. **Can these be used for outdoor applications?** The natural rubber compounds are susceptible to UV degradation and ozone damage. For outdoor applications, we offer EPDM-based hangers with excellent weather resistance. Don't use natural rubber outdoors—it degrades. **How many hangers do I need for my ceiling system?** Hanger spacing depends on ceiling system weight, structural capacity, and isolation requirements. Common guideline: one hanger per square meter of ceiling area, with additional hangers at concentrated load points. But check your specific ceiling weight and manufacturer recommendations.