Innovative
composites
engineering
Why
Pultrusion Mining?
Hydrometallurgy electrolytic cells
Equipotential insulators
Damaged Cell Removal Kit
Hydrometallurgy electrolytic cells
Equipotential insulators
Damaged Cell Removal Kit
- WHAT CLIENTS SAY
Personalized
Customer Experience
Composite materials continue to offer innovative alternatives to current technical needs. We are able to design and manufacture a customized solution that will meet your needs, regardless of the industry.
Pultrusion Mining is a division of Pultrusion Technique inc., It distinguishes itself with copper and zinc refineries by developing and manufacturing the most durable, resistant and unique hydro-metallurgical insulators, also known as capping boards, that reduce costs and improve productivity of refiners.
Our products are protected by numerous patents, and some exceed international standards. They are the most efficient, robust, resistant, durable and cost-efficient in the market, and serve diverse industries (mining, petroleum, transportation, construction and electricity).
Pultrusion is a continuous process for manufacturing
high-strength light-weight structural parts of continuous length composite profiles, with uniform cross-sections.
During the process, fiberglass reinforcement is aligned lengthwise and impregnated with resin, pulled through a heated die and moulded to desired shape.
Countless possibilities
Complex geometries
Superior mechanical properties
High strength
Endurance
Unmatched performance
Resistance to corrosion
Very accurate fiber orientation and a high rate of reinforcement
Lightweight
Durability
Impermeability
Minimal maintenance
Versatility
Low conductivity
Electromagnetic neutrality
Easy installation
Many industries have found Pultruded Products to be the best option that assures them of little or no maintenance, and more economic even considering the extra upfront cost.
Countless possibilities
Complex geometries
Superior mechanical properties
High strength
Endurance
Unmatched performance
Resistance to corrosion
Very accurate fiber orientation and a high rate of reinforcement
Lightweight
Durability
Impermeability
Minimal maintenance
Versatility
Low conductivity
Electromagnetic neutrality
Easy installation
Research and
development
research and development of the pultrusion process