DEMANDE D'ÉCHANTILLON

Film TPU XL - Noir

Film TPU XL - Noir
Le film TPU de qualité médicale XL 0,25 mm noir est un film en polyuréthane de qualité médicale conçu pour les dispositifs médicaux gonflables qui nécessitent flexibilité, épaisseur contrôlée, étanchéité fiable et matériaux adaptés aux applications en contact avec la peau. Ce film utilise du TPU à base de polyéther, d'une épaisseur de 0,25 mm et d'une dureté de 85A Shore A, offrant ainsi une combinaison pratique de flexibilité et de résistance mécanique pour des produits qui se gonflent, se dégonflent, se plient et changent de forme de manière répétée durant leur utilisation.
DEMANDE D'ÉCHANTILLON

Description du produit

XL Medical Grade TPU Film 0.25mm Black

Medical Grade TPU Film for Inflatable Medical Devices

The black matte surface gives the material a consistent appearance while helping reduce visible marks from routine handling. For manufacturers of medical air cells, compression garments, patient positioning systems, and inflatable orthopedic products, the film provides a workable material platform for both prototype development and volume production.
The material is supplied with test compliance for key biological evaluation areas, including cytotoxicity, skin sensitization, and skin irritation according to the ISO 10993 tests specified for this product. These test results are particularly relevant when selecting TPU film for medical devices that may come into direct or prolonged contact with the skin.

0.25mm TPU Film for Controlled Flexibility

Film thickness has a direct effect on the behavior of an inflatable medical component. A film that is too thin may provide excellent flexibility but may not offer sufficient resistance to handling, puncture, or repeated mechanical stress. A thicker film can provide additional material strength but may increase stiffness and affect how an air chamber folds or expands.
The 0.25 mm specification provides a balanced starting point for inflatable medical constructions where flexibility and physical resistance both matter. The 85A Shore A hardness gives the film enough body for converting and welding while retaining the pliability needed for air cells, cuffs, sleeves, and flexible pressure chambers.
For OEM projects, thickness and hardness can be evaluated together with the finished chamber size, operating pressure, folding pattern, welding configuration, and expected inflation cycle. The film specification should therefore be selected according to the complete product structure rather than thickness alone.

Medical Grade TPU Film with ISO 10993 Test Compliance

Material selection for healthcare products requires more than mechanical performance. For components that come into contact with the patient’s skin, manufacturers also need information about biological safety and material composition.
This Medical Grade TPU Film has been evaluated in the following areas:
  • Cytotoxicity according to ISO 10993-5:2009
  • Skin Sensitization according to ISO 10993-10:2021/2023
  • Skin Irritation according to ISO 10993-23:2021
These evaluations provide relevant material information for manufacturers developing medical inflatable products and other skin-contact components. The supplied material specification also identifies the film as plasticizer-free, latex-free, and free from heavy metals.
The TPU formulation is suitable for applications where low odor and resistance to routine exposure to bodily fluids and clinical cleaning chemicals are important material considerations. Final product compliance depends on the complete device construction, manufacturing process, intended use, and applicable regulatory requirements.

Black TPU Film for Medical Air Chambers

Black TPU film can be used where a darker, low-reflective surface is preferred for the finished medical product. The matte finish also provides a more controlled visual appearance than a glossy film, which can be useful for equipment surfaces that are frequently handled or inspected.
For inflatable medical products, the film forms the flexible barrier of the air chamber. The final performance depends on film selection, chamber geometry, welding parameters, seam width, pressure conditions, and the construction method used by the manufacturer.
Typical structures include single-layer film constructions as well as laminated or textile-reinforced designs where additional mechanical support is required.

HF and Ultrasonic Welding for Sealed Medical Components

Medical inflatable products depend heavily on seam quality. The film needs to convert consistently so that welded areas can withstand inflation pressure and repeated deformation during use.
XL TPU Film-Black is suitable for High-Frequency welding and ultrasonic welding. These joining methods can create sealed seams without conventional needle perforations, making them suitable for inflatable structures where air retention is an important part of product performance.
HF welding is particularly relevant to products containing multiple air chambers or shaped bladder sections. Manufacturers can use dedicated welding tooling to define chamber geometry and seam patterns according to the finished component.
Ultrasonic welding can also be considered for specific structures and component configurations. Actual welding parameters should be established through production trials because equipment frequency, power, tooling, welding time, pressure, and film structure can all affect the final joint.

Resistance to Repeated Inflation and Deflation

Medical air chambers may experience repeated pressure changes throughout their service life. Alternating pressure mattresses, compression sleeves, patient positioning bladders, and inflatable splints can all involve recurring inflation and deflation rather than static use.
The elastic nature of TPU allows the film to flex with changes in chamber volume while maintaining a relatively consistent material structure. The 0.25 mm film thickness provides a practical balance between flexibility and resistance to mechanical handling.
For product development, repeated-cycle performance should be assessed on the finished inflatable component. Factors such as chamber dimensions, operating pressure, seam configuration, bending radius, inflation frequency, and contact with external materials can influence the actual service performance.

Resistance to Clinical Fluids and Cleaning Conditions

Medical inflatable components can be exposed to sweat, bodily fluids, cleaning agents, and routine handling during clinical use. Material resistance therefore needs to be considered alongside flexibility and weldability.
The polyether-based TPU construction provides a suitable material base for applications requiring resistance to common handling conditions and exposure to clinical environments. The black surface can also help maintain a consistent appearance when the component is frequently handled.
Cleaning and disinfection procedures should be validated on the finished product using the actual chemicals, concentrations, contact times, and temperatures specified by the manufacturer. Compatibility with a particular disinfectant should not be assumed solely from the film material.

Technical Specifications

PropriétéNylon 20D
Nom du produitFilm TPU XL - Noir
MatériauMedical Grade TPU
Type TPUBasé sur le polyéther
Épaisseur0.25 mm
Dureté85A Shore A
CouleurNoir
Surface FinishMatte
CytotoxicitéISO 10993-5:2009
Sensibilisation cutanéeISO 10993-10:2021/2023
Irritation cutanéeISO 10993-23:2021
Welding MethodsHF/RF Welding, Ultrasonic Welding
Material CharacteristicsPlasticizer-free, Latex-free, Heavy-metal-free

Applications recommandées

Alternating Pressure Mattresses and Air Cells

The film can be used for inflatable air cells in anti-bedsore mattresses and alternating pressure systems. Flexible chamber construction allows different sections of the mattress to inflate and deflate according to the product’s pressure-control system.

DVT Compression Garments

Medical TPU film can be converted into inflatable compression sleeves and garments used in pneumatic compression equipment. The film’s flexibility and welding characteristics support multi-chamber structures that require repeated pressure changes.

Inflatable Tourniquets and NIBP Cuffs

The controlled thickness of 0.25 mm makes the film suitable for inflatable pressure chambers used in medical cuffs and related equipment, subject to the pressure and structural requirements of the final product.

Patient Transfer and Positioning Bladders

Air mattresses, positioning cushions, and transfer systems require flexible inflatable chambers that can change shape under controlled air pressure. TPU film provides the barrier layer for these constructions.

Orthopedic Air Splints and Emergency Immobilizers

Inflatable orthopedic splints require a flexible material that can form sealed air chambers while remaining pliable around the patient’s limb. The black matte TPU film can be converted into chamber structures for emergency and therapeutic equipment.

Material Selection for Medical TPU Film Projects

For manufacturers sourcing TPU Film for Medical Devices, material selection should begin with the actual construction and intended use of the finished product. Important factors include film thickness, hardness, chamber dimensions, inflation pressure, welding method, required flexibility, skin-contact conditions, and cleaning procedures.
For projects involving direct skin contact, the available biological evaluation data should be reviewed together with the complete device design and regulatory pathway. For inflatable products, welding trials and pressure testing on finished samples are also important before moving into mass production.
XL Medical Grade TPU Film 0.25mm Black provides a focused material option for manufacturers requiring a flexible black TPU film with defined thickness, 85A hardness, ISO 10993-related test data, and compatibility with HF and ultrasonic welding. Its material profile supports a range of inflatable medical applications where controlled flexibility, sealed construction, and skin-contact considerations need to be addressed together.

XL Medical Grade TPU Film 0.25mm Black

Medical Grade TPU Film for Inflatable Medical Devices

The black matte surface gives the material a consistent appearance while helping reduce visible marks from routine handling. For manufacturers of medical air cells, compression garments, patient positioning systems, and inflatable orthopedic products, the film provides a workable material platform for both prototype development and volume production.
The material is supplied with test compliance for key biological evaluation areas, including cytotoxicity, skin sensitization, and skin irritation according to the ISO 10993 tests specified for this product. These test results are particularly relevant when selecting TPU film for medical devices that may come into direct or prolonged contact with the skin.

0.25mm TPU Film for Controlled Flexibility

Film thickness has a direct effect on the behavior of an inflatable medical component. A film that is too thin may provide excellent flexibility but may not offer sufficient resistance to handling, puncture, or repeated mechanical stress. A thicker film can provide additional material strength but may increase stiffness and affect how an air chamber folds or expands.
The 0.25 mm specification provides a balanced starting point for inflatable medical constructions where flexibility and physical resistance both matter. The 85A Shore A hardness gives the film enough body for converting and welding while retaining the pliability needed for air cells, cuffs, sleeves, and flexible pressure chambers.
For OEM projects, thickness and hardness can be evaluated together with the finished chamber size, operating pressure, folding pattern, welding configuration, and expected inflation cycle. The film specification should therefore be selected according to the complete product structure rather than thickness alone.

Medical Grade TPU Film with ISO 10993 Test Compliance

Material selection for healthcare products requires more than mechanical performance. For components that come into contact with the patient’s skin, manufacturers also need information about biological safety and material composition.
This Medical Grade TPU Film has been evaluated in the following areas:
  • Cytotoxicity according to ISO 10993-5:2009
  • Skin Sensitization according to ISO 10993-10:2021/2023
  • Skin Irritation according to ISO 10993-23:2021
These evaluations provide relevant material information for manufacturers developing medical inflatable products and other skin-contact components. The supplied material specification also identifies the film as plasticizer-free, latex-free, and free from heavy metals.
The TPU formulation is suitable for applications where low odor and resistance to routine exposure to bodily fluids and clinical cleaning chemicals are important material considerations. Final product compliance depends on the complete device construction, manufacturing process, intended use, and applicable regulatory requirements.

Black TPU Film for Medical Air Chambers

Black TPU film can be used where a darker, low-reflective surface is preferred for the finished medical product. The matte finish also provides a more controlled visual appearance than a glossy film, which can be useful for equipment surfaces that are frequently handled or inspected.
For inflatable medical products, the film forms the flexible barrier of the air chamber. The final performance depends on film selection, chamber geometry, welding parameters, seam width, pressure conditions, and the construction method used by the manufacturer.
Typical structures include single-layer film constructions as well as laminated or textile-reinforced designs where additional mechanical support is required.

HF and Ultrasonic Welding for Sealed Medical Components

Medical inflatable products depend heavily on seam quality. The film needs to convert consistently so that welded areas can withstand inflation pressure and repeated deformation during use.
XL TPU Film-Black is suitable for High-Frequency welding and ultrasonic welding. These joining methods can create sealed seams without conventional needle perforations, making them suitable for inflatable structures where air retention is an important part of product performance.
HF welding is particularly relevant to products containing multiple air chambers or shaped bladder sections. Manufacturers can use dedicated welding tooling to define chamber geometry and seam patterns according to the finished component.
Ultrasonic welding can also be considered for specific structures and component configurations. Actual welding parameters should be established through production trials because equipment frequency, power, tooling, welding time, pressure, and film structure can all affect the final joint.

Resistance to Repeated Inflation and Deflation

Medical air chambers may experience repeated pressure changes throughout their service life. Alternating pressure mattresses, compression sleeves, patient positioning bladders, and inflatable splints can all involve recurring inflation and deflation rather than static use.
The elastic nature of TPU allows the film to flex with changes in chamber volume while maintaining a relatively consistent material structure. The 0.25 mm film thickness provides a practical balance between flexibility and resistance to mechanical handling.
For product development, repeated-cycle performance should be assessed on the finished inflatable component. Factors such as chamber dimensions, operating pressure, seam configuration, bending radius, inflation frequency, and contact with external materials can influence the actual service performance.

Resistance to Clinical Fluids and Cleaning Conditions

Medical inflatable components can be exposed to sweat, bodily fluids, cleaning agents, and routine handling during clinical use. Material resistance therefore needs to be considered alongside flexibility and weldability.
The polyether-based TPU construction provides a suitable material base for applications requiring resistance to common handling conditions and exposure to clinical environments. The black surface can also help maintain a consistent appearance when the component is frequently handled.
Cleaning and disinfection procedures should be validated on the finished product using the actual chemicals, concentrations, contact times, and temperatures specified by the manufacturer. Compatibility with a particular disinfectant should not be assumed solely from the film material.

Technical Specifications

PropriétéNylon 20D
Nom du produitFilm TPU XL - Noir
MatériauMedical Grade TPU
Type TPUBasé sur le polyéther
Épaisseur0.25 mm
Dureté85A Shore A
CouleurNoir
Surface FinishMatte
CytotoxicitéISO 10993-5:2009
Sensibilisation cutanéeISO 10993-10:2021/2023
Irritation cutanéeISO 10993-23:2021
Welding MethodsHF/RF Welding, Ultrasonic Welding
Material CharacteristicsPlasticizer-free, Latex-free, Heavy-metal-free

Applications recommandées

Alternating Pressure Mattresses and Air Cells

The film can be used for inflatable air cells in anti-bedsore mattresses and alternating pressure systems. Flexible chamber construction allows different sections of the mattress to inflate and deflate according to the product’s pressure-control system.

DVT Compression Garments

Medical TPU film can be converted into inflatable compression sleeves and garments used in pneumatic compression equipment. The film’s flexibility and welding characteristics support multi-chamber structures that require repeated pressure changes.

Inflatable Tourniquets and NIBP Cuffs

The controlled thickness of 0.25 mm makes the film suitable for inflatable pressure chambers used in medical cuffs and related equipment, subject to the pressure and structural requirements of the final product.

Patient Transfer and Positioning Bladders

Air mattresses, positioning cushions, and transfer systems require flexible inflatable chambers that can change shape under controlled air pressure. TPU film provides the barrier layer for these constructions.

Orthopedic Air Splints and Emergency Immobilizers

Inflatable orthopedic splints require a flexible material that can form sealed air chambers while remaining pliable around the patient’s limb. The black matte TPU film can be converted into chamber structures for emergency and therapeutic equipment.

Material Selection for Medical TPU Film Projects

For manufacturers sourcing TPU Film for Medical Devices, material selection should begin with the actual construction and intended use of the finished product. Important factors include film thickness, hardness, chamber dimensions, inflation pressure, welding method, required flexibility, skin-contact conditions, and cleaning procedures.
For projects involving direct skin contact, the available biological evaluation data should be reviewed together with the complete device design and regulatory pathway. For inflatable products, welding trials and pressure testing on finished samples are also important before moving into mass production.
XL Medical Grade TPU Film 0.25mm Black provides a focused material option for manufacturers requiring a flexible black TPU film with defined thickness, 85A hardness, ISO 10993-related test data, and compatibility with HF and ultrasonic welding. Its material profile supports a range of inflatable medical applications where controlled flexibility, sealed construction, and skin-contact considerations need to be addressed together.

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