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Sandstone Stackers

Our Stacker format is available across the full paving range, offering a refined way to complement larger paving units with slim, modular elements. Ideal for linear patterns such as herringbone, stretcher bond, stack bond, and soldier courses, these pavers bring rhythm and structure to contemporary and traditional landscapes alike.

 

Cut from fine to medium-grained sandstone, the Stacker format is defined by its clean lines, sawn finish, and consistent sizing—ideal for precise, design-led installations. Whether used for edging, pathways, courtyards, or feature detailing, they offer visual clarity and textural contrast alongside larger-format paving.

 

Durable, low maintenance, and available in a selection of natural tones, Stackers add flexibility and architectural interest to any external scheme.

TECHNICAL SPECIFICATIONS

  • Available Formats: 200 × 50 × 50 mm and other dimensions to suit

  • Stone Type: Fine to medium-grained sandstone (varies by range)

  • Surface Finish: Diamond sawn as standard; other finishes available on request

  • Edge Detail: Sawn edges for tight, clean joints

  • Laying Patterns: Suitable for herringbone, stretcher bond, stack bond, soldier course

  • Applications: Pathways, courtyards, edging, banding, and feature zones

  • Colour Range: Varies by stone – typically soft buffs, greys, and olive tones

  • Performance: Durable, low-maintenance, slip-resistant (finish dependent)

  • Sourcing: British and selected European quarries

  • Lead Times: Many options available from stock; bespoke sizes to order

SUSTAINABILITY & PROVANANCE

Our Stacker pavers are cut from responsibly sourced British and selected European sandstones, supplied by independent quarries with strong environmental standards.

The slim format allows for efficient use of material with minimal waste, while precision cutting ensures high yield and consistent quality. With durable, low-maintenance performance and reduced need for replacement, this range contributes to long lifecycle construction and lower embodied carbon across a wide range of external applications.

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