GAPEKKTM – POLYETHER KETONE KETONE

GAPEKKTM combines high-temperature stability, strength, stiffness and ease of processing. PEKK has superior temperature resistance than other Ketone base polymers (PEK & PEEK). It has excellent compressive strength, creeps resistance, wear and radiation resistance and also inherent flame retardancy.

GAPEKKTM (Polyether Ketone Ketone)


With a glass transition temperature of 176°C and a melting temperature of 395°C, GAPEKKTM polymer delivers extended high-temperature mechanical performance over standard PEKK polymer and chemical resistance. Available as unfilled, glass filled and carbon filled grades.

ADVANTAGES OF GAPEKKTM POLYMER

• High (300°C) continuous service temperature. ( Estimated )

• Highest compressive strength in Ketone family polymers, making it suitable for oil and gas industries.

• Excellent electrical resistance.

CHEMICAL RESISTANCE CHART

We are committed to developing innovative and economically viable solutions for the need of your industries through novel technologies. Together we can find the right solutions to secure a stronger, smarter & safer future

Contact us to learn how PEKK can be used to produce lighter, faster and safer products

GAPEKKTM combines high-temperature stability, strength, stiffness and ease of processing. PEKK has superior temperature resistance than other Ketone base polymers (PEK & PEEK). It has excellent compressive strength, creeps resistance, wear and radiation resistance and also inherent flame retardancy.

GAPEKKTM (Polyether Ketone Ketone)


With a glass transition temperature of 176°C and a melting temperature of 395°C, GAPEKKTM polymer delivers extended high-temperature mechanical performance over standard PEKK polymer and chemical resistance. Available as unfilled, glass filled and carbon filled grades.

ADVANTAGES OF GAPEKKTM POLYMER

• High (300°C) continuous service temperature. ( Estimated )

• Highest compressive strength in Ketone family polymers, making it suitable for oil and gas industries.

• Excellent electrical resistance.

CHEMICAL RESISTANCE CHART

We are committed to developing innovative and economically viable solutions for the need of your industries through novel technologies. Together we can find the right solutions to secure a stronger, smarter & safer future

Contact us to learn how PEKK can be used to produce lighter, faster and safer products

GAPEKKTM combines high-temperature stability, strength, stiffness and ease of processing. In PEKK has superior temperature resistance than other Ketone base polymers (PEK & PEEK). It has excellent creep resistance, wear and radiation resistance and also inherently flame retardancy.

With a glass transition temperature of 192°C and a melting temperature of 396°C, GAPEKKTM polymer delivers extended high-temperature performance over standard PEKK polymer while delivering all of the same advantages such as toughness, strength and chemical resistance. Available as unfilled, glass filled and carbon filled grades.

 

GAPEKK GRADE
GAPEKKTM 3200G   Standard melt flow for injection moulding. >
GAPEKKTM 3300G  Medium melt flow for injection moulding.
GAPEKKTM 3230GF 30% Glass filled, Standard melt flow for injection moulding.
GAPEKKTM 3230CF 30% carbon fibre Filled, Standard melts flow for injection moulding.
GAPEKKTM 3230FCT Enhanced lubricity and toughness, lubricated, Injection moulding.

We are committed to developing innovative and economically viable solutions for the need of your industries through novel technologies. Together we can find the right solutions to secure a stronger, smarter & safer future.

Contact us to learn how GAPEKKTM – Polyether Ketone Ketone (PEKK) can be used to produce lighter, faster and safer products.

GAPEKKTM combines high-temperature stability, strength, stiffness and ease of processing. In PEKK has superior temperature resistance than other Ketone base polymers (PEK & PEEK). It has excellent creep resistance, wear and radiation resistance and also inherently flame retardancy

With a glass transition temperature of 192°C and a melting temperature of 396°C, GAPEKKTM polymer delivers extended high temperature performance over standard PEKK polymer while delivering all of the same advantages such as toughness, strength and chemical resistance. Available as unfilled, glass filled and carbon filled grades.

GAPEKK GRADE
GAPEKKTM 3100P/PF  Fine powder for compression moulding, low melt flow.


We are committed to developing innovative and economically viable solutions for the need of your industries through novel technologies. Together we can find the right solutions to secure a stronger, smarter & safer future.

Contact us to learn how GAPEKKTM – Polyether Ketone Ketone (PEKK) can be used to produce lighter, faster and safer products.

GAPEKKTM combines high temperature stability, strength, stiffness and ease of processing. In PEKK has superior temperature resistance then other Ketone base polymers (PEK & PEEK). It has excellent creep resistance, wear and radiation resistance and also inherently flame retardancy

With a glass transition temperature of 192°C and a melting temperature of 396°C, GAPEKKTM polymer delivers extended high-temperature performance over standard PEKK polymer while delivering all of the same advantages such as toughness, strength and chemical resistance. Available as unfilled, glass filled and carbon filled grades.

GAPEKK GRADE
GAPEKKTM 3200P Coarse powder for compounding, low melt flow.
GAPEKKTM 3300P Coarse powder for compounding, medium melt flow.
GAPEKKTM 3400P Coarse powder for compounding, high melt flow.

We are committed to developing innovative and economically viable solutions for the need of your industries through novel technologies. Together we can find the right solutions to secure a stronger, smarter & safer future.

Contact us to learn how GAPEKKTM – Polyether Ketone Ketone (PEKK) can be used to produce lighter, faster and safer products.