Celanyl LXB3 UV MetaLX is a UV stabilized, unfilled polyamide with molded-in-metallic color grade

Celanyl SXB3 UV ND5012 Piano Black is a UV stabilized, unfilled polyamide with molded-in-color piano black grade

Semi-aromatic polyamide blend, 40% glass fibre, with PTFE Compound designed for tribological systems with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 50% glass fibre, general purpose Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 50% glass fibre, heat stabilized. Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish. Suitable for drinking water applications.

Semi-aromatic polyamide blend, 50% glass fibre Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 50% glass fibre, heat stabilized. UL listed HB@0.45mm. Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

PPA compound, 40% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Suitable for drinking water applications.

PPA compound, 50% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Suitable for drinking water applications.

PPA compound, 35% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Extended heat ageing resistance.

PPA compound, 45% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Extended heat ageing resistance.

PPA, 35% glass fiber reinforced, heat stabilized Designed for engineering applications requiring a maximum service temperature higher than that of standard polyamides.The most relevant characteristics are: High stiffness and strength at elevated temperatures, excellent creep behavior, small influence on mechanical properties after moisture uptake, good dimensional stability and low warpage. XT4 grades show an easier processability compared with other PPAs.Â

Polyamide 6 (nylon 6) continuous fiber (uni-directional) reinforced thermoplastic composite tape, 60% carbon fiber by weight. Celstran® CFR-TP PA6 CF60-03 is a 60% carbon fiber by weight polyamide 6 (nylon 6) continuous fiber (uni-directional) reinforced thermoplastic composite tape. This material exhibits a high strength-to-weight ratio, excellent toughness and impact resistance. It is well suited for industrial, automotive, and sporting goods applications where strength and toughness are critical as well as ease of processing. Alternate tape widths and thicknesses may be available.

Polyamide 6 (nylon 6) continuous fiber (uni-directional) reinforced thermoplastic composite tape, 60% glass fiber by weight. Celstran® CFR-TP PA6 GF60-03 is a 60% E-glass by weight polyamide 6 (nylon 6) continuous fiber (uni-directional) reinforced thermoplastic composite tape. This material exhibits a high strength-to-weight ratio, excellent toughness and impact resistance. It is well suited for industrial, automotive and sporting goods applications where strength, toughness and cost are critical, as well as ease of processing. The material is available in natural and black colors. Alternate tape widths and thicknesses may be available. Â

Polyamide 66 (nylon 66) continuous fiber (uni-directional) reinforced thermoplastic composite tape, 60% carbon fiber by weight. Celstran® CFR-TP PA66 CF60-02 is a 60% carbon fiber by weight polyamide 66 (nylon 66) continuous fiber (uni-directional) reinforced thermoplastic composite tape. This material exhibits a high strength-to-weight ratio, excellent toughness and impact resistance. It is well suited for industrial, automotive and sporting goods applications where weight, strength and toughness are critical, as well as higher thermal resistance of PA66 versus other nylon materials. Alternate tape widths and thicknesses may be available.

Polyamide 66 (nylon 66) continuous fiber (uni-directional) reinforced thermoplastic composite tape, 60% glass fiber by weight. Celstran® CFR-TP PA66 GF60-02 is a 60% E-glass by weight polyamide 66 (nylon 66) continuous fiber (uni-directional) reinforced thermoplastic composite tape. This material exhibits a high strength-to-weight ratio, excellent toughness and impact resistance. It is well suited for industrial, automotive and sporting goods applications where weight, strength and toughness are critical, as well as higher thermal resistance of PA66 versus other nylon materials. This material is available in natural and black colors. Alternate tape widths and thicknesses may be available.

Celstran® PA66-AF35-01 is a 35% long aramid fiber Polyamide. Natural. This material imparts excellent wear resistance along with impact and modulus properties that can only be achieved through the use of long fiber technology. This product is a shorter pellet length at 6mm.

35% aramid fiber reinforced nylon 6/6 Celstran® PA66-AF35-02 is a 35% long aramid fiber Polyamide. This material imparts excellent wear resistance along with impact and modulus properties that can only be achieved through the use of long fiber technology.

The Celstran PA66-CF40-02 is a long carbon fiber Nylon 66. This material imparts excellent impact and extremely high flexural properties. Celstran® PA66-CF40-02 is a 40% long carbon fiber 66 polyamid. This material imparts excellent impact and extremely high modulus properties that exceed that of short carbon fiber PA66.   High heat distortion temperatures and good chemical resistance makes Celstran PA66 the perfect product for metal replacement applications

PA66 with 20% ash content Nylon 66 reinforced by 20 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 10 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

30% long strand glass fiber reinforced heat stabilized Nylon 6/6 30% long glass fiber reinforced, heat stabilized, Nylon 6/6

Celstran® PA66-GF30-02 is a 30% long glass fiber Polyamide. This material imparts excellent impact and modulus properties that exceed that of short fiber PA66. Celstran® PA66-GF30-02 is a 30% long glass fiber Polyamide. This material imparts excellent impact and modulus properties that exceed that of short fiber PA66.

Nylon 66 with 30% long glass fiber reinforcement 30% Long Glass Reinforced, High Gloss, Nylon 66

Celstran PA66 Material code according to ISO 1043-1: PA66 Nylon 66 reinforced by 40 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 10 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

PA66/6 Copolymer with 40% ash content Material code according to ISO 1043-1: PA66 Nylon 66/6 Copolymer reinforced by 40 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 10 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

40% Long glass fiber reinforced; heat stabilized; Nylon 6/6 40% Long glass fiber reinforced, heat stabilized, Nylon 6/6

40% Long glass fiber reinforced; heat stabilized; Nylon 6/6 40% Long glass fiber reinforced, heat stabilized, Nylon 6/6

40% long strand glass fiber reinforced heat stabilized Nylon 6/6 40% Long glass fiber reinforced, heat stabilized, Nylon 6/6

CELSTRAN PA66 Material code according to ISO 1043-1: PA66 Heat stabilized Nylon 66 reinforced by 40 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 10 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

40% long fiber glass reinforced, enhanced flow, Nylon 6/6 40% long fiber glass reinforced, enhanced flow, Nylon 6/6

PA66/6 Copolymer with 50% reinforced long glass fiber, high gloss, UL - listing (f1) Material code according to ISO 1043-1: PA66 Nylon 66/6 Copolymer reinforced by 50 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 10 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

PA66/6 copolymer with 50% ash content - 7.5mm Material code according to ISO 1043-1: PA66 Nylon 6.6/6 copolymer reinforced by 50 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 7.5 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

PA66/6 copolymer with 50% ash content high gloss, UV stabilized, UL - listing (f1) Material code according to ISO 1043-1: PA66 Nylon 66/6 Copolymer reinforced by 50 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 7.5 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.

PA66 with 50% ash content - heat stabilized Material code according to ISO 1043-1: PA66 Heat stabilized Nylon 66 reinforced by 50 weight percent long glass fibers. The pellets are cylindrical and normally as well as the embedded fibers 10 mm long. Parts molded of CELSTRAN have outstanding mechanical properties such as high strength and stiffness combined with high heat deflection. The notched impact strength is increased at elevated and low temperatures due to the fiber skeleton built in the parts. The long fiber reinforcement reduces creep significantly. The very isotropic shrinkage in the molded parts minimizes the warpage. Complex parts can be manufactured with high reproducibility by injection molding. Can be used for substituting die cast metal with the advantage of Weight reduction, no corrosion problems, no post treatment.