Thermally Modified Radiata: Plan Delivery, Storage and Jobsite Access

Understanding Thermally Modified Radiata's Material Characteristics

Thermally Modified Clear Radiata is derived from Pinus radiata, sourced from responsibly managed plantations. The thermal modification process enhances its stability and reduces its moisture response compared to unmodified wood. This means it is less prone to warping, twisting, or shrinking when exposed to environmental changes, which is a key benefit for exterior applications.

Its clear appearance and consistent grain make it a preferred choice for modern architectural lines, requiring careful handling to preserve its aesthetic qualities from delivery to installation.

While thermally modified, the material still benefits from protection against prolonged exposure to direct sunlight, rain, and ground contact before installation. This helps maintain its intended appearance and dimensional stability.

Planning for Delivery: Site Access and Offloading

Before your Thermally Modified Radiata arrives, assess your jobsite for accessibility. Consider the size of the delivery vehicle – typically a flatbed truck – and ensure there is ample space for it to maneuver, unload, and depart safely. Identify potential obstructions like overhead wires, narrow driveways, or soft ground.

Determine how the material will be offloaded. If a forklift is required, confirm its availability on site or arrange for one. For manual offloading, ensure sufficient personnel are present. Each bundle of Thermally Modified Radiata can be substantial in weight and length, so a plan for safe and efficient handling is essential. Communicate any access limitations or special offloading instructions to your supplier in advance.

Consider the timing of delivery. Coordinate with your project schedule to minimize the time the material spends exposed on site before it can be moved to a protected storage area.

Strategic On-Site Storage to Protect Your Material

Proper storage is crucial for Thermally Modified Radiata. The goal is to protect the material from moisture, UV radiation, and physical damage. Ideally, store bundles in a dry, covered area such as a garage, warehouse, or under a tarp that allows for air circulation while shielding from rain and direct sun.

Elevate the material off the ground using dunnage or blocking to prevent moisture absorption and improve air flow. Stack bundles neatly and levelly to avoid bowing or twisting. If storing outdoors, ensure the covering is secure and fully protects all sides from precipitation and sunlight. Avoid storing directly on concrete or asphalt without a vapor barrier.

Keep the material in its original packaging as long as possible. This packaging often provides an initial layer of protection against dirt and minor abrasions. Inspect bundles upon arrival for any signs of damage and report discrepancies immediately.

Jobsite Staging: Preparing for Installation

Once stored, plan the staging of your Thermally Modified Radiata for installation. This involves moving material from storage to the immediate work area. Minimize the distance and number of times the material needs to be moved to reduce the risk of damage.

For cladding or decking projects, consider setting up a cutting station near the installation area. This allows for efficient processing of boards and minimizes the need to transport cut pieces long distances. Ensure the staging area is clear of debris and provides a stable, level surface for cutting and preparing the material.

Only bring the amount of material needed for the immediate work into the active installation zone. This helps keep the jobsite organized and prevents unnecessary exposure of unused material to potential damage or theft.

Worked Example: Delivery and Staging for a 500 sq ft Wall Cladding Project

For this example, let's estimate purchasing 1200 linear feet. If boards are bundled in quantities of 6 boards, each 12 feet long (72 linear feet per bundle), approximately 17 bundles would be required. Each bundle would be 12 feet long and several inches wide and high, weighing around 60-80 pounds.

**Delivery Plan:** The jobsite has a gravel driveway, 15 feet wide. A flatbed truck will deliver the material. An area 20 feet by 10 feet near the garage has been cleared for offloading and temporary storage. A small forklift is rented for 4 hours to offload the 17 bundles and move them to the designated storage area. The delivery is scheduled for a clear day to avoid rain during offloading.

**Storage Plan:** The material will be stacked in a covered, well-ventilated carport. Two layers of 2x4 dunnage will be placed on the concrete floor, spaced every 2 feet, to elevate the bundles. A heavy-duty tarp will be draped over the entire stack, secured with bungee cords, to provide extra protection against dust and incidental moisture, while ensuring air circulation. Bundles will remain strapped until needed.

**Staging Plan:** As installation progresses, 3-4 bundles will be moved to the immediate work area, located 30 feet from the carport. A dedicated cutting station with a miter saw and support stands will be set up under a pop-up canopy to protect against sun and light rain. Only the boards actively being cut and installed will be unbundled. Offcuts will be collected in a designated bin for potential reuse or disposal.

Before you order

• Assess jobsite access for large delivery vehicles.
• Confirm offloading method (forklift, manual crew) and schedule.
• Identify a dry, covered, and level storage area on site.
• Plan for elevating material off the ground with dunnage.
• Ensure material is protected from direct sun, rain, and ground moisture.
• Keep material in original packaging until ready for use.
• Plan staging areas to minimize material movement during installation.
• Set up a dedicated, protected cutting station if applicable.
• Communicate all logistics to your supplier and installation team.

Confirm installation details, approved uses and warranty terms in the current instructions for the exact product and profile. Your installer should verify the substrate, structure and applicable project requirements.

Questions to help you decide

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