Hercules bench at John Taylor High School

Hercules Bench™

As possibly the strongest bench ever made, the Hercules Bench™ gives our clients the option of specifying a bench built to the same rigorous quality as our canopies. Manufactured with senior schools, colleges and public spaces in mind, this bench with its heavy-duty steel frame and ultra-thick steel slats can withstand whatever is thrown at it. Whilst not a low initial cost, for anyone serious about whole life value the Hercules Bench™ is an excellent investment.

Robust construction
Wheelchair friendly variants
Straightforward assembly
Low whole life cost

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Specification

MATERIALS
Structure – Steel
Finish – Galvanised only or Dura-coat™ colour finish

DIMENSIONS
Designed to seat 8 students at an overall size of 2000mm x 1500mm however, virtually any dimensions are available. Please enquire in all instances – we can accommodate nearly every situation.

OPTIONS
– Wheelchair variant
– Bespoke lengths
– Fixing down brackets

SPECIFICATION CLAUSE
To supply and install to manufacturer’s recommendations: Hercules Bench™ to overall size 2000 mm X 1500mm (or as per drawing no——-) to include for Dura-coat™ finish to RAL——- as manufactured by A&S Landscape, March Way, Battlefield Enterprise Park, Shrewsbury, SY1 3JE T:01743 444100 E:[email protected]

Appearance

Steelwork on the Hercules Bench™ is finished in Dura-coat™ colour finish to any RAL colour.

Services

The A&S Landscape service includes full site surveys, CAD drawings and project management as standard. We would recommend early consultation in order to consider all aspects of the proposed installation. Early technical involvement can generally provide a better solution. We provide free quotations and technical information at the design stage with drawing files of all details which can be easily incorporated into architects’ drawings.

BESPOKE PRODUCTS
Our ability to extensively customise our products ensures that we can meet any special requirements that you may have. Our flexible modular approach often allows this to be done very economically whilst retaining the performance characteristics of our systems.