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PTFE

Introduction & Description

Armadillo Noise & Vibration Ltd. are one of the leading suppliers and manufacturers of slide bearing assemblies. Armadillo offer a professional but affordable comprehensive range of PTFE slide bearing assemblies in a wide variety of applications, whilst also offering a lead time that cannot be matched by our competitors.

PTFE slide bearings are custom designed to accommodate expansion, contraction and other reciprocating motions of any structure that moves as a result of thermal, seismic or differential forces.

PTFE bearings operate at high loads and low speeds, and it is under these conditions that the self- lubricating properties of PTFE are at optimum.

This, together with its no stick-slip characteristics, is the main reason why PTFE has proved successful as a material for slide bearings.

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Applications

Load Bearing Pads

See our comprehensive range of bearing pads here.

Foundation Isolation

See our comprehensive range of foundation isolation materials here.

Slide Bearings

Armadillo structural slide bearings are custom designed to accommodate expansion, contraction and other reciprocating motions of any structure that moves as a result of thermal, seismic or differential forces.

Dance Floor Pads

Sports floors, gymnasiums and dance studios require a firm yet resilient feel. This is achieved by supporting the floor on resilient pads to give the correct balance for shock absorbing coupled with sufficient rebound to give the floor a “live” feel. Armadillo DFP15 is the ideal material to achieve this.

Pipe Support Bearings

A new range of bronze bearing plates supplied by Armadillo. These are used for numerous applications within pipeline support systems such as Oil & Gas to Industrial systems.

Materials

PTFE

When movements need to be accommodated in structural connections, a sliding element will need to be employed in the design. Armadillo can design manufacture and supply a cost effective solution for applications such as vessel thermal, petrochemical applications, pipelines or building movement joints. A PTFE surface is applied to Armaload fabric reinforced or ROF bearing pads where higher loads and rotation may occur.

Armaload - DLW66

Armaload DLW66 random oriented fiber (ROF) bearing pads are made from masticated elastomer which is fully cured and fiber reinforced. The random fiber reinforcement provides higher tensile and compressive strength, stiffness, tear resistance and durability than unreinforced rubber pads. ROF bearing pads will support loads up to 2,000 psi before breakdown.

Armaload - Mil-C-882

Armaload is a preformed fabric bearing pad which meets MIL-C-882, AASHTO 14.7.6.1, AASHTO 14.7.6.2 and AASHTO 18.10.1 specifications. Manufactured from compressed layers of closely woven lightweight fabric, bound withmaterial will support loads up to 12,000 psi before breakdown.

Armacork

Offered in various sheet sizes and thicknesses Armacork is the ideal entry level material to offer a cost effective and fast vibration control solution for many industrial applications. The introduction of Armacork between the machine base and the supporting foundation effectively prevents the transmission of structure borne disturbance to the adjacent areas.

Neoprene / Rubber Pads

Some applications do not warrant the expense of a custom made Vibration Control pad but do require some element of resilience in the installation. In such cases, for slight surface irregularities, Industrial Grade pads can be provided by Armadillo NV as an alternative low cost solution.

Vibstop

Vibstop isolation material is a specifically designed vibration absorbing medium. Produced as a cost-effective solution to isolating foundations whether it be existing machinery or installing new equipment.

Armacush

Armadillo Armacush is an ideal product which not only gives excellent long term performance but is also specifically designed for ease of installation to avoid costly delays in the construction process. Designed for full area coverage the problem of temporary shuttering or designing the mass to be able to span bearing centres is avoided.