When manufacturing Crown Pultrusion Dies, our focus is on quality. For over thirty years, Crown has been a leader in providing pultrusion die engineering and manufacturing to the composites industry, delivering the highest-quality and longest-lasting dies and mandrels available. Our staff of highly skilled machinists and engineers has produced dies from structural profiles of all shapes and sizes. These range from the simplest gun drilled rod/tube dies to complicated fenestration profiles for the window and door industry to the most complex thin-walled profiles.
We also provide technical assistance for every step in the process. Utilizing advanced CAD/CAM software and our experienced pultrusion process engineering staff, we offer design services to refine a customer's existing tooling or provide a new pultruder with their first complete die design. In addition to the traditional 'open bath' die, we offer advanced resin injection tooling to meet ever-tightening environmental standards.
A Crown die is an investment in your company’s efficiency and profitability. Our proprietary manufacturing processes turn out superior dies that have exceeded 1 million lineal feet of pultruded profile before failure. Plus, we get it right the first time, eliminating the need to send your die back for multiple reworks before putting it into production. On your manufacturing floor, our focus on quality enables you to have faster production speeds, lower scrap rates, less down time and lower maintenance costs.
RECENT APPLICATIONS
DIE REPAIR/RECONDITIONING
Gundrilled dies
Mandrels
Structural profiles of all shapes and sizes
Aerospace and transportation profiles
Complicated thinwall fenestration profiles used in the window and door industry
Countless other profiles
Whether your pultrusion tooling needs a simple polishing or a full profile regrind, Crown can handle the job. Our repair and reconditioning service can extend the life of an existing die, allowing some customers to get more than 20 years of useful life out of a pultrusion die.
