Applications
At CompPair, we can help clients build better products that last longer and produce less waste. Our clients find that HealTech™ helps them achieve a wide variety of goals while keeping their standard processes:
”The products from CompPair have a standard drapability, tack and curing process and are easily processed by our technicians” Technical Manager of a major composites manufacturer
ENDLESS POSSIBILITIES
HealTech™ can be used anywhere composites are used to produce parts able to repair delaminations in only a few minutes.
Marine
MARINE
Healing damage events on the hull, mast or foils, while being resistant to water
Sports
SPORTS
Impacts and various cracks can be healed in kayaks, bikes, hockey sticks, etc.
Wind
Wind
Healing fatigue and impact damage events directly on the blade with no loss of the structural capacity
Transportation
Transportation
In aerospace, automotive or rail, composite cracks seen in critical and non critical locations can be healed easily at minor costs
Buildings
Buildings
Fatigue damage of composite structures can be repaired very quickly without losing the structural capacity
Marine
MARINE
Healing damage events on the hull, mast or foils, while being resistant to water
Wind
Wind
Healing fatigue and impact damage events directly on the blade with no loss of the structural capacity
Buildings
Buildings
Fatigue damage of composite structures can be repaired very quickly without loosing the structural capacity
Sports
SPORTS
Impacts and various cracks can be healed in kayaks, bikes, hockey sticks, etc.
Transportation
Transportation
In aerospace, automotive or rail, composite cracks seen in critical and non critical locations can be healed easily at minor costs
Marine
MARINE
Healing damage events on the hull, mast or foils, while being resistant to water
Wind
Wind
Healing fatigue and impact damage events directly on the blade with no loss of the structural capacity
Buildings
Buildings
Fatigue damage of composite structures can be repaired very quickly without loosing the structural capacity
Sports
SPORTS
Impacts and various cracks can be healed in kayaks, bikes, hockey sticks, etc.
Transportation
Transportation
In aerospace, automotive or rail, composite cracks seen in critical and non critical locations can be healed easily at minor costs
Scrap rate
Porosity reduced to less than 1%
Processing damage
Repair time reduced by days
Sustainable design
Resource needs reduced by 50%
Failure rate
Design improved thanks to healing
Maintenance cost
Downtime reduced to minutes
*internal data gathered for specific cases
some demonstrations
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