HWL Plastic Core Box

The HWL Plastic Core Box provides a durable and efficient solution for the storage and transportation of core samples obtained during drilling. Tailored for use with HWL-sized drill rods, the plastic core box serves several critical functions:

Secure Core Sample Storage: Designed to securely house and store core samples, the HWL Plastic Core Box offers a protective and organized storage solution. It ensures that geological specimens remain intact and undisturbed during transportation from the drilling site to the laboratory.

Durability and Weather Resistance: Constructed from high-quality plastic materials, the core box is engineered to withstand the rigors of transportation and varying environmental conditions. Its robust design ensures the long-term preservation of core samples without compromising their integrity.

Compatibility with HWL-Sized Cores: The plastic core box is specifically designed to accommodate core samples obtained using HWL-sized drill rods. This ensures a standardized and compatible storage solution, streamlining the process of organizing and cataloging geological specimens.

Organization and Identification: Featuring compartments and labeling options, the core box facilitates the organization and identification of core samples. This is crucial for efficient cataloging, retrieval, and analysis of geological data during subsequent laboratory studies.

Facilitation of Laboratory Analysis: The plastic core box serves as a convenient container for transporting core samples from the field to the laboratory. Its design allows for easy handling and extraction of core samples, minimizing the risk of contamination and simplifying the analysis process.

Stackable Design: To optimize storage space, the core boxes often feature a stackable design. This allows for efficient use of storage facilities, especially when dealing with a large volume of core samples collected during drilling campaigns.

Minimization of Contamination: The plastic construction of the core box helps minimize the risk of contamination, ensuring that the core samples remain free from external influences that could compromise the accuracy of subsequent geological analyses.