Ingrained Precision
in everything we do

Precision-Pine
Features
Resources

PrecisionPine® is a sustainable structural framing product from Claymark New Zealand. Single region sourced from the finest grade dense fibre radiata pine for precision strength and quality.

PrecisionPine® by Claymark offers a full range of sustainable structural framing to meet your needs. Our size and length range is comprehensive while range consists of untreated, H1.2 and H3.2

PrecisionPine® is manufactured at a single processing facility in Thames New Zealand offering a consistent precise production regime. PrecisionPine utilises fibre from the greater Coromandel region of New Zealand’s North Island. A region well known for the growth of quality high density radiata pine.

Using PrecisionPine® for construction framing is a genuine environmental choice. PrecisonPine® has the ability to store more carbon than many non natural construction products while the production of PrecisionPine® requires less energy to produce than man made equivalent products.

PrecisionPine®
Features

  • PrecisionPine® like all Claymark manufactured products is grown from FSC certified plantation radiata pine.
  • Ingrained Precision is involved in every step of the process during the manufacture of PrecisionPine ensuring Claymark quality and accuracy are maintained. There are no less than eight grading and scanning checks to ensure that PrecisionPine® meets the grades required to meet regulations and specific customer requirements.

PrecisionPine®
Benefits

  • Sustainable single source production.
  • The PrecisionPine® H1.2F & H3.2 framing range is guaranteed by a comprehensive 50 year warranty when used in accordance with building code and Claymark best practice guidelines offering genuine peace of mind against both borer attack and
    fungal decay.

PrecisionPine® Resources

Additional Information

PrecisionPine® by Claymark offers a full range of sustainable structural framing to meet your needs.
Our size and length range is comprehensive while range consists of untreated, H1.2 and H3.2.