Emerging artist Jordan Hale has introduced a new series that brings renewed attention to acid-free etching methods. Based in Portland, Oregon, Hale has dedicated the past three years to refining techniques that eliminate the use of traditional acids. These methods preserve the fine details and tonal qualities associated with classic etching while addressing environmental and health concerns.

Innovations in Sustainable Printmaking

Hale's process relies on electrochemical etching and custom-designed tools. This allows for controlled material removal without corrosive substances. The approach has been tested extensively to ensure consistency and quality in the resulting prints. Printmaking instructors have begun incorporating elements of these techniques into their curricula, recognizing the benefits for student safety and studio ventilation requirements. Local suppliers now offer compatible materials, supporting a growing community of practitioners. Additional advantages include reduced waste and the ability to work in varied studio environments. Hale continues to document the process through instructional videos shared with the broader art community.

Features of the Echoes Collection

The Echoes series comprises twelve original etchings that draw inspiration from coastal erosion patterns and forest undergrowth. Each artwork employs multiple plates to build complex compositions with soft gradients and sharp contrasts. Gallery visitors in Seattle have commented on the luminous quality of the prints, achieved through careful inking and pressing on archival papers. The exhibition runs through the end of the month, after which select pieces will tour to other venues in the Pacific Northwest. Hale's commitment to craftsmanship extends to every aspect, from sourcing recycled metals for plates to experimenting with plant-based inks. This holistic view has positioned the artist as a leader in evolving etching practices for contemporary use. Future projects may include collaborative workshops aimed at further disseminating these acid-free approaches.