Dunrite Rubber

Linard HD & HDS

Size/Availability
• Sheet size (to 35 mm thickness): 9.25m x 1.23m nominal (approx. 30ft x 4ft).
• Sheet size (>35 mm thickness): 3.05m x 1.23m nominal (approx. 10ft x 4ft).
• Part sheets available to order - standard thickness range 3.0mm to 50mm (approx. 1/8" to 2.0").
• Moulded components are available and made to order.
• Special sizes and profiles can also be made to order. Metal backing or bolt channels, incorporated to facilitate simple mechanical installation, are also available on moulded components. In the event of localized wear, individual elements can be replaced economically.
Linard HD & HDS
The Linard HD range of products are natural/synthetic rubber blends specifically designed to exhibit exceptional toughness without compromising natural elasticity. Linard HD products are particularly suited to high impact applications or the handling of coarse aggregates, where cutting and gouging play a major part in the abrasive force.
 
The Linard HD range includes Linard HD60, Linard HD70, Linard HDS. Linard HD60 is ideally suited for the aqueous applications involving aggregates, in which sliding abrasion is the major concern.
 
In applications such as primary screen decks and heavy duty transfer chutes, where cutting and slashing by sharp edged heavy particles is the leading cause of abrasion, Linard HDS and Linard HD70 are the recommended Linatex solutions.
 
Formulated to withstand severe abrasion in dry or humid applications, the Linard HD range provides superior protection to plant and machinery, guarding against premature failure and unscheduled maintenance.

Features
• Superior strength and resilience for severe abrasion.
• Exceptional resistance to chunking and gouging.
• Ideally suited for dry or damp applications where there is heavy impact .
• Good noise and vibration dampening properties.

Applications
• Screen decks and underpans for severe applications in the mining extractive industries.
• Transfer chutes in which heavy duty impact due to particle size is a major problem.
• Protective liners for pneumatic transportation of materials.