Base Material: TPS - SEBS Recycling: 100% recyclable Mould Shrinkage (linear): Approx. 0.75 - 2% depending on e.g. shape of the detail and placement of gate Characteristics: Halogen free flame retardant thermoplastic elastomer Service temperature: -50°C to 100°C Bonds to: PP, PE

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

Lifoflex FLAM are a range of halogen-free flame retardant thermoplastic elastomers (TPEs) designed to meet the most demanding applications where resistance to ignition and burning are important features. Lifoflex FLAM compounds contain additives to give them better resistance to burning compared to general TPE grades. The range includes halogen, chlorine and antimony free grades which are low smoke and compliant with the Restriction of Hazardous Substances (RoHS) directives, offering flame retardancy without the use of polybrominated diphenyl ether (PBDE).

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

There are many advantages in using polyamide (PA) in an application, including high temperature resistance, a very high strength, a matt surface and excellent stiffness and impact resistance. When combined with Lifoflex PA bonding grades, you get the properties of both materials in one product. These special TPE grades offer excellent bonding to PA6, PA66, PA12 in two component applications. Giving you the advantage of soft-touch qualities without the need for separate primer or adhesive. A high bonding strength is also possible to glass fibre reinforced polyamide materials (up to 40% glass fibre). The outstanding properties of these TPE compounds, such as high service temperature range, high oil resistance, soft touch surface and high flexibility, open up the design possibilities in a wide variety of applications. The Lifoflex PA bonding grades are very easy to process via injection moulding. The wide processing window results in a lower rate of defective parts and faster cycle times.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Description: Thermoplastic Elastomer, TPS-SEBS Service Temperature Range: -50 to+90°C (unstressed material) Color: Translucent, but can be available in any color. Form: Free flowing pellets. Weather Resistance: Good Chemical Resistance: Good (excluding organic solvents, aromatic-and vegetable oils). Recyclability: 100% recyclable Special Features: The material is based on medically approved materials. Processing: The material has excellent processing characteristics and can be processed using conventional thermoplastic fabricating methods.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

The Mediprene 500M range of TPEs for medical applications includes several transparent grades. These compounds were developed in response to an increasing interest in transparent compounds from the medical market. Mediprene TPE materials are PVC, silicone and latex free, making them allergen free and a viable alternative to PVC based compounds. They offer hardnesses from 30 to 90 Shore A, allowing a wide degree of design freedom.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

The Mediprene 500M range of TPEs for medical applications includes several transparent grades. These compounds were developed in response to an increasing interest in transparent compounds from the medical market. Mediprene TPE materials are PVC, silicone and latex free, making them allergen free and a viable alternative to PVC based compounds. They offer hardnesses from 30 to 90 Shore A, allowing a wide degree of design freedom.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Preliminary datasheet Mediprene® 500402M: Thermoplastic Elastomer Basic material: TPS-SEBS Hardness: 40 Shore A (4 mm) Service temperature range: -50 -- +125°C (unstressed material) Colour: Transparent, but can be available in any colour. Presentation: Free flowing pellets that can be processed without predrying, when stored under normal conditions. Weather Resistance: Good Chemical Resistance: Good (excluding organic solvents, aromatic- and vegetable oils) Recycling: 100% recyclable Special Features: The material is based on medically approved raw materials.

Mediprene 500422M: Thermoplastic Elastomer Material Type: TPS-SEBS Hardness: 42 Shore A (4mm) Service Temperature Range: -50 to+80°C (unstressed material) Color: Transparentt, but can be available in any color. Presentation: Free flowing pellets that can be processed without predrying, when stored under normal conditions. Weather Resistance: Good Chemical Resistance: Good (excluding organic solvents, aromatic-and vegetable oils). Recyclability: 100% recyclable Special Features: The material is based on medically approved materials. Processing: The material has excellent processing characteristics and can be processed using conventional thermoplastic fabricating methods, including injection moulding and extrusion.

ELASTO have developed a range of Mediprene thermoplastic elastomers (TPE) for plunger seals in single-use syringes. The TPE seal, which is mounted on the end of the plunger, needs to provide a leakproof seal with the syringe barrel. As ease of use for the medical practitioner and patient comfort are also key requirements, the seal helps to optimize plunger movement for accurate dosage control and ease of injection. Regulatory compliance Originating from medical raw materials with high biocompatibility status and compounded under clean conditions, Mediprene TPEs are the material of choice for medical customers who want to maximize the probability that their devices will pass relevant medical tests. The raw materials in these compounds comply with food contact norms like FDA 21CFR and Commission Regulation (EU) No 10/2011. All polymers used have passed tests according to USP class VI and the paraffinic oil has passed the USP Mineral Oil NSF H1, reg 125038 and also the European Pharmacopeia, liquid paraffin. Mediprene TPEs are latex free, which reduces the risk of allergic reactions. Representative grades have passed cytotoxicity tests according to ISO 10993-5 and biocompatibility tests according to USP Class VI.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

Description: Thermoplastic Elastomer, TPS-SEBS Service Temperature Range: -50 to+125°C (unstressed material) Color: Translucent, but can be available in any color. Form: Free flowing pellets. Weather Resistance: Good Chemical Resistance: Good (excluding organic solvents, aromatic-and vegetable oils) Recyclability: 100% recyclable Special Features: The material is based on medically approved materials. Processing: The material has excellent processing characteristics and can be processed using conventional thermoplastic fabricating methods.

Preliminary datasheet Mediprene® 500452M: Thermoplastic Elastomer Basic material: TPS-SEBS Hardness: 45 Shore A (4 mm) Service temperature range: -50 -- +125°C (unstressed material) Colour: Transparent, but can be available in any colour. Presentation: Free flowing pellets that can be processed without predrying, when stored under normal conditions. Weather Resistance: Good Chemical Resistance: Good (excluding organic solvents, aromatic- and vegetable oils) Recycling: 100% recyclable Special Features: The material is based on medically approved raw materials.

ELASTO have developed a range of Mediprene thermoplastic elastomers (TPE) for plunger seals in single-use syringes. The TPE seal, which is mounted on the end of the plunger, needs to provide a leakproof seal with the syringe barrel. As ease of use for the medical practitioner and patient comfort are also key requirements, the seal helps to optimize plunger movement for accurate dosage control and ease of injection. Regulatory compliance Originating from medical raw materials with high biocompatibility status and compounded under clean conditions, Mediprene TPEs are the material of choice for medical customers who want to maximize the probability that their devices will pass relevant medical tests. The raw materials in these compounds comply with food contact norms like FDA 21CFR and Commission Regulation (EU) No 10/2011. All polymers used have passed tests according to USP class VI and the paraffinic oil has passed the USP Mineral Oil NSF H1, reg 125038 and also the European Pharmacopeia, liquid paraffin. Mediprene TPEs are latex free, which reduces the risk of allergic reactions. Representative grades have passed cytotoxicity tests according to ISO 10993-5 and biocompatibility tests according to USP Class VI.

Mediprene 500502M: Thermoplastic Elastomer Material Type: TPS-SEBS Hardness: 50 Shore A (4mm) Service Temperature Range: -50 -- +100°C (unstressed material) Colour: Transparent, but can be available in any colour. Presentation: Free flowing pellets that can be processed without predrying, when stored under normal conditions. Weather Resistance: Good Chemical Resistance: Good (excluding organic solvents, aromatic- and vegetable oils) Recyclability: 100% recyclable Special Features: The material is based on medically approved raw materials.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.

ELASTO have developed a range of Mediprene thermoplastic elastomers (TPE) for plunger seals in single-use syringes. The TPE seal, which is mounted on the end of the plunger, needs to provide a leakproof seal with the syringe barrel. As ease of use for the medical practitioner and patient comfort are also key requirements, the seal helps to optimize plunger movement for accurate dosage control and ease of injection. Regulatory compliance Originating from medical raw materials with high biocompatibility status and compounded under clean conditions, Mediprene TPEs are the material of choice for medical customers who want to maximize the probability that their devices will pass relevant medical tests. The raw materials in these compounds comply with food contact norms like FDA 21CFR and Commission Regulation (EU) No 10/2011. All polymers used have passed tests according to USP class VI and the paraffinic oil has passed the USP Mineral Oil NSF H1, reg 125038 and also the European Pharmacopeia, liquid paraffin. Mediprene TPEs are latex free, which reduces the risk of allergic reactions. Representative grades have passed cytotoxicity tests according to ISO 10993-5 and biocompatibility tests according to USP Class VI.

The Mediprene 500M range of TPEs for medical applications includes several transparent grades. These compounds were developed in response to an increasing interest in transparent compounds from the medical market. Mediprene TPE materials are PVC, silicone and latex free, making them allergen free and a viable alternative to PVC based compounds. They offer hardnesses from 30 to 90 Shore A, allowing a wide degree of design freedom.

ELASTO have developed a range of Mediprene thermoplastic elastomers (TPE) for plunger seals in single-use syringes. The TPE seal, which is mounted on the end of the plunger, needs to provide a leakproof seal with the syringe barrel. As ease of use for the medical practitioner and patient comfort are also key requirements, the seal helps to optimize plunger movement for accurate dosage control and ease of injection. Regulatory compliance Originating from medical raw materials with high biocompatibility status and compounded under clean conditions, Mediprene TPEs are the material of choice for medical customers who want to maximize the probability that their devices will pass relevant medical tests. The raw materials in these compounds comply with food contact norms like FDA 21CFR and Commission Regulation (EU) No 10/2011. All polymers used have passed tests according to USP class VI and the paraffinic oil has passed the USP Mineral Oil NSF H1, reg 125038 and also the European Pharmacopeia, liquid paraffin. Mediprene TPEs are latex free, which reduces the risk of allergic reactions. Representative grades have passed cytotoxicity tests according to ISO 10993-5 and biocompatibility tests according to USP Class VI.

Mediprene thermoplastic elastomers (TPE) are suitable for a wide variety of uses in the medical and pharmaceutical market and new applications are being developed all the time. Mediprene compounds combine the performance of vulcanised rubbers with the processing properties of thermoplastics, delivering sophisticated design opportunities through a wide and flexible range of products. Thermal and mechanical properties can be designed into the formulations and Mediprene compounds are fully recyclable and thus fulfil environmental requirements. Mediprene thermoplastic elastomers have proven to be strong alternatives as replacement for PVC. They are completely synthetic and latex free thereby minimizing allergy risks. The right TPE formulation is the key to a safe and successful medical product. When a standard formulation does not meet the needs of a unique application, we will apply our expertise in formulating a custom solution.