19 March 2020 / Safety Alert

Site Shut Down Sanitation Preparation Checklist

A new checklist detailing site sanitation procedures has been added to the Doc Library here.

The Sanitation & Shutdown section of the checklist has been noted as the priority for each site to fully familiarise themselves with.

Particular focus should be given to:

  • who is going to comprise the sanitation coordination and shut-down crew
  • what areas, if any at all, will present as challenging areas for cleaners should a sanitation clean be required
  • if the site has details / relationship with a cleaner(s) who has the capacity to undertake ‘hospital grade’ cleaning operations on the scale required by the site
  • if the cleaners have capacity to provide continuous cleaning services
  • assessing who is essential to site sanitation and shut-down operations
  • identifying what plant is essential during and post shut-down, and what plant can be off-hired with immediate effect

Call Danny O'Reilly on 0408920496 if you require clarification. 

Other Recent Activities

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30 October / Quality Alert

Engineered stone ban effective 1 July 2024

ALL engineered stone regardless of the silica content percentage will be banned


Alternative products must be considered and implemented on all projects.

The industry is shifting away from engineered stone due to the risks of respirable crystalline silica, which can cause silicosis and other silica-related diseases. Although the consultations are under way and there has been no official announcement by Federal or State Governments on the issue, the health and safety risks along with the uncertainty around this issue warrants a decision to ban all engineered products entering job sites nationally. The ban will take effect on 1 July 2024 and will extend to ALL engineered stone regardless of the silica content percentage. 

An update to this alert will be provided before the end of the year when the Federal and State Governments are expected to issue a formal decision on the ban. In the meantime, to mitigate the impact of potential delays and variations, the best approach is to inform the clients of the pending ban and to propose and seek approval for an alternative product. Similarly, ensure all future estimates have the stone specification qualified and priced accordingly.

Product alternatives going forward include:

Compact Laminates

  • Under 1% silica content
  • Extremely competitive pricing
  • Only comes in 12mm thickness
  • Heat resistance is an issue
  • Product not suitable for high end applications

Porcelain Surfaces

  • Under 10% silica content
  • Price dependant of product and supplier
  • Large variety of colours and thicknesses (4, 8, 12, 20 and 30mm)
  • Great resistance to staining, scratches, UV and heat
  • Good warranty terms

Acrylic Solid Surfaces

  • 0% silica content
  • More expensive alternative
  • Limited thickness availability
  • UV stable and heat resistant but direct heat exposure not advised
  • Minimising wastage through flexibility in sheet sizing
  • Seamless joints

Natural Stone*

  • Various silica content percentages
  • Variety of products at different price points available
  • Ongoing maintenance may be an issue
  • Unlikely to satisfy specific warranty requirements

*Although this alert does not directly impact natural stone, some types have high silica content so risk of using these on projects should be considered carefully.

For an up-to-date list of available products and their usability, click here.


More information

If you need additional support, please contact the Quality Team:

Phone 1300 HUTCHIES
Email QualityTeam@hutchinsonbuilders.com.au

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10 October / Update

Make sure bin chute systems are installed correctly, following the tested systems and the manufacturers’ instructions.

Check the detailed drawings from Elephant’s Foot and Wastech for different wall types (plasterboard, shaft-liner, speed panel, concrete, Hebel, and masonry).

Any changes to the tested systems must be approved by your project certifier, signed off by the fire engineer in the fire engineering report (FER), and accepted by the relevant state / territory fire service.

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