HonorHonest Unveils Eco-Friendly Forging Release Agent at 2023 China Forging Seminar
HonorHonest made a significant impact at the prestigious 2023 China Forging Die and Lubrication Seminar, held from May 21st to 23rd at the Nanjing Shuguang International Hotel. As an invited participant, we seized the platform to introduce a groundbreaking solution to the industry: our newly developed eco-friendly forging release agent.
The debut of our product was met with widespread recognition from fellow exhibitors and professional visitors alike, establishing it as a talking point of the event.
A Sustainable Leap Forward in Forging Lubrication
Our eco-friendly forging release agent represents a major technological advancement, designed specifically as a high-performance, effective substitute for traditional graphite-based release agents.
Key product advantages include:
Superior Environmental Profile: Formulated to be eco-friendly, reducing the environmental and workplace concerns associated with graphite.
Exceptional Performance: Provides excellent lubricity and release properties for both ferrous and non-ferrous metal hot forging processes.
Enhanced Efficiency: Promotes longer die life and improves the surface quality of forged components.
Setting a New Industry Standard
The positive reception at the seminar validates our commitment to innovation that aligns with global sustainability trends. "The industry is actively seeking high-performance, environmentally responsible alternatives," said a HonorHonest representative. "The launch of our release agent at this authoritative seminar marks a key step in providing the forging sector with an ideal, eco-friendly lubricant solution."
Partner with HonorHonest for a Greener Forge
We are confident that our release agent can significantly enhance your manufacturing process while supporting your environmental goals.
Ready to replace traditional graphite agents with a superior, eco-friendly alternative? Contact HonorHonest for a technical consultation, product sample, and competitive quotation.