Carbon Fiber Tree Greening Support Frame utilizes tree fixing brackets to shape the support points for newly planted trees. The common practice involves treating the trees first to avoid damaging their roots. Before cultivation, appropriate pruning is carried out based on planning requirements and tree species to reduce water transpiration from the tree. The cut sections are sealed to prevent necrosis, desiccation, and water loss, which could lead to the failure of the seedlings to survive. Timely support should be provided according to the tree species and shape, especially for species with large canopies, such as cedar, magnolia grandiflora, and full-crown large-leaf privet balls. Generally, newly planted greening seedlings or large trees, once planted, are prone to shaking because their roots have not yet deepened and stabilized. This is particularly true for evergreen trees and larger deciduous greening plants. Even trees with soil balls are inevitably affected by strong winds and may even be blown over. This significantly interferes with tree survival. For such greening seedlings, tree support frames are necessary. Installing tree support frames helps stabilize the trunk, ensuring close contact between the roots and the soil, which promotes the growth of new roots.

Differences Between Carbon Fiber and Fiberglass Materials:

Carbon fiber pultruded profiles are products formed by the convenient and rapid uniform mixing of polyols and a highly reactive isocyanate. The isocyanate is selected to optimize pultrusion characteristics, such as low viscosity (ensuring good fiber impregnation), long gel time (facilitating start-stop operations), rapid polymerization (improving molding speed), good surface finish, and competitive cost. Compared to other materials, carbon fiber pultrusion offers multiple benefits. It can increase the glass fiber content in the product, significantly enhancing its strength. Carbon fiber pultruded profiles can be used in the pultrusion production of new carbon fiber profiles, completely replacing fiberglass pultruded profiles.

Characteristics of Carbon Fiber Material:

1. High strength, corrosion resistance, wear resistance, non-brittleness, elastic memory, cut resistance, tear resistance, high load-bearing capacity, and environmentally friendly with no odor.

2. Waterproof and fireproof, high strength, good flexibility, strong corrosion resistance, with a service life of 20-30 years, making it particularly suitable for coastal areas and chemical zones.

3. Carbon fiber products exhibit excellent toughness, with no micro-cracks on processed and punched edges. They have a smooth and fine surface, high rigidity, and low porosity, which facilitates subsequent processes such as drilling, machining, and assembly.

4. Carbon fiber pultrusion offers significant advantages in terms of on-site construction convenience and service life.