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100μm Thermoplastic Urethane Film with Matte Surface for Medical Applications

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High Density Polyethylene Film

Mono Oriented Polypropylene Film

Volatile Corrosion Inhibitor Film

100μm Thermoplastic Urethane Film with Matte Surface for Medical Applications

MOQ:	10000 s.q.m.
Standard Packaging:	EPE film + PE bag + Processed wooden pallet
Delivery Period:	within 20 days
Payment Method:	T/T,L/C
Supply Capacity:	120000 kg per week

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

Model Number

ESSW-01A85

Material:

Thermoplastic Urethane

Color:

White

Surface:

Matte On Both Sides

Thickness:

100 μm

Width:

Up To 1600 Mm

Winding Length:

150 Meters Or So

Sleeve ID:

Minimum Order Quantity:

10000 s.q.m.

Packaging Details:

EPE film + PE bag + Processed wooden pallet

Delivery Time:

within 20 days

Payment Terms:

T/T,L/C

Supply Ability:

120000 kg per week

Highlight:

100 μm thermoplastic urethane film

Surgical Drapes Thermoplastic Urethane Film

100 μm Thermoplastic Urethane Film

Product Description

100μm Thermoplastic Urethane Film

TPU (Thermoplastic Polyurethane) films are categorized based on their raw material aspect into two types: polyester-based TPU films and polyether-based TPU films.

Polyester-based TPU Films

These films use polyesters as the soft segment, providing high tensile strength and excellent abrasion resistance. They offer superior resistance to oils, chemicals, UV rays, and hydrolysis, making them ideal for industrial, automotive, and apparel applications.

Polyether-based TPU Films

These films use polyethers as the soft segment, delivering high flexibility and elasticity. They feature excellent low-temperature flexibility, transparency, and water vapor permeability, making them suitable for medical, food packaging, and inflatable product applications.

Application Examples

Polyester Type TPU Film Applications

Apparel and Textiles: Outdoor sportswear and protective clothing with excellent waterproof and breathability properties
Flexible Electronics: Electrical insulation and mechanical protection for flexible electronics
Automotive Industry: Airbags, seat covers, door panel covers requiring abrasion and chemical resistance
Renewable Energy: Photovoltaic films with excellent weather resistance and durability

Polyether Type TPU Film Applications

Medical Devices: Temporary or permanent implants, catheters with excellent biocompatibility and sterilization capability
Food Industry: Food packaging applications with excellent water resistance
Decorative Films: Decorative films and laminates with excellent clarity and gloss
Sporting Goods: Balls, rafts, and inflatable products requiring flexibility and toughness

Medical Industry Applications

TPU films are widely used in medical applications due to their biocompatible properties, durability, and resistance to sterilization processes.

Medical device coating for improved lubricity and biocompatibility
Surgical drapes and gowns for water and sterilization resistance
Medical packaging for instruments and supplies
Wound dressings providing moisture barrier and breathability
Medical adhesives with biocompatible properties
Blood bags with puncture resistance and durability

Shore A Hardness Properties

Shore A hardness (0-100 scale) is crucial for determining TPU film characteristics:

Flexibility: Lower values indicate softer, more flexible films
Tear and Puncture Resistance: Higher values indicate stiffer, more durable films
Clarity: Lower hardness values provide better transparency
Adhesion: Influenced by surface energy and material modulus
Processing: Harder films require higher temperatures and longer processing times

Medical Material Considerations

Biocompatibility: Positive interaction with living tissues without adverse reactions
Cytotoxicity: Meets standards to ensure no harmful impact on cells
Mechanical Properties: Tensile strength, elongation, tear strength, and puncture resistance
Flexibility: Conforms to body parts and organs
Sterilization Resistance: Withstands autoclaving, gamma irradiation, and ethylene oxide gas
Durability: Withstands handling, insertion, and measuring stresses
Surface Properties: Affects interactions with living tissues and cells

Production Process

Raw material preparation from polyester/polyether diols, polyols, and diisocyanates
Polymerization to create TPU prepolymer and final polymer
Film extrusion through dies to create uniform thickness
Film cooling and solidification using water baths
Film treatment and finishing (printing, lamination, embossing)
Film inspection and quality control testing
Film packaging onto rolls for shipment

Technical Specifications

Test Item	Test Standard	Unit	Parameter	Test Result	Determination
Width	Tapeline	mm	1270±3	1270	Qualified
Thickness	ASTM D3767	mm	0.10±0.01	0.10	Qualified
Surface	Under the D65 light source, compared with the standard sample visually	/	Both Side: Matt	Matt	Qualified
Color	/	Natural color	Natural color	Natural color	Qualified
Density	ASTM D792	g/cm³	1.13±0.02	1.12	Qualified
Tensile Strength	ASTM D 412/Die C	MPa	CD: >55 MD: >50	CD: 58.54 MD: 56.03	Qualified
100% Tensile modulus	ASTM D 412/Die C	MPa	CD: >5 MD: >5	CD: 5.75 MD: 6.92	Qualified
300% Tensile modulus	ASTM D 412/Die C	MPa	CD: >12 MD: >14	CD: 14.14 MD: 20.58	Qualified
Elongation @ break	ASTM D 412/Die C	%	CD: >580 MD: >580	CD: 625 MD: 560	Qualified
Tearing strength	ASTM D 624	KN/m	CD: >85 MD: >85	CD: 104.88 MD: 99.61	Qualified
Melting point	DSC	℃	>150	163	Qualified
Dyne Value	Dyne pen	dyn/cm	>32	34	Qualified
Yellowing resistance rating	ASTM D 1148	Grade	≥3	>3	Qualified
Flame-retardant rating	GB/T 8410-2006	Grade	A-0	A-0	Qualified

Tags:

thermoplastic polyurethane film,

Thermoplastic Urethane Film,

tpu protection film

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100μm Thermoplastic Urethane Film with Matte Surface for Medical Applications

MOQ:	10000 s.q.m.
Standard Packaging:	EPE film + PE bag + Processed wooden pallet
Delivery Period:	within 20 days
Payment Method:	T/T,L/C
Supply Capacity:	120000 kg per week

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

HSF

Model Number

ESSW-01A85

Material:

Thermoplastic Urethane

Color:

White

Surface:

Matte On Both Sides

Thickness:

100 μm

Width:

Up To 1600 Mm

Winding Length:

150 Meters Or So

Sleeve ID:

Minimum Order Quantity:

10000 s.q.m.

Packaging Details:

EPE film + PE bag + Processed wooden pallet

Delivery Time:

within 20 days

Payment Terms:

T/T,L/C

Supply Ability:

120000 kg per week

Highlight

100 μm thermoplastic urethane film

Surgical Drapes Thermoplastic Urethane Film

100 μm Thermoplastic Urethane Film

Product Description

100μm Thermoplastic Urethane Film

TPU (Thermoplastic Polyurethane) films are categorized based on their raw material aspect into two types: polyester-based TPU films and polyether-based TPU films.

Polyester-based TPU Films

Polyether-based TPU Films

Application Examples

Polyester Type TPU Film Applications

Apparel and Textiles: Outdoor sportswear and protective clothing with excellent waterproof and breathability properties
Flexible Electronics: Electrical insulation and mechanical protection for flexible electronics
Automotive Industry: Airbags, seat covers, door panel covers requiring abrasion and chemical resistance
Renewable Energy: Photovoltaic films with excellent weather resistance and durability

Polyether Type TPU Film Applications

Medical Devices: Temporary or permanent implants, catheters with excellent biocompatibility and sterilization capability
Food Industry: Food packaging applications with excellent water resistance
Decorative Films: Decorative films and laminates with excellent clarity and gloss
Sporting Goods: Balls, rafts, and inflatable products requiring flexibility and toughness

Medical Industry Applications

TPU films are widely used in medical applications due to their biocompatible properties, durability, and resistance to sterilization processes.

Medical device coating for improved lubricity and biocompatibility
Surgical drapes and gowns for water and sterilization resistance
Medical packaging for instruments and supplies
Wound dressings providing moisture barrier and breathability
Medical adhesives with biocompatible properties
Blood bags with puncture resistance and durability

Shore A Hardness Properties

Shore A hardness (0-100 scale) is crucial for determining TPU film characteristics:

Flexibility: Lower values indicate softer, more flexible films
Tear and Puncture Resistance: Higher values indicate stiffer, more durable films
Clarity: Lower hardness values provide better transparency
Adhesion: Influenced by surface energy and material modulus
Processing: Harder films require higher temperatures and longer processing times

Medical Material Considerations

Biocompatibility: Positive interaction with living tissues without adverse reactions
Cytotoxicity: Meets standards to ensure no harmful impact on cells
Mechanical Properties: Tensile strength, elongation, tear strength, and puncture resistance
Flexibility: Conforms to body parts and organs
Sterilization Resistance: Withstands autoclaving, gamma irradiation, and ethylene oxide gas
Durability: Withstands handling, insertion, and measuring stresses
Surface Properties: Affects interactions with living tissues and cells

Production Process

Raw material preparation from polyester/polyether diols, polyols, and diisocyanates
Polymerization to create TPU prepolymer and final polymer
Film extrusion through dies to create uniform thickness
Film cooling and solidification using water baths
Film treatment and finishing (printing, lamination, embossing)
Film inspection and quality control testing
Film packaging onto rolls for shipment

Technical Specifications

Test Item	Test Standard	Unit	Parameter	Test Result	Determination
Width	Tapeline	mm	1270±3	1270	Qualified
Thickness	ASTM D3767	mm	0.10±0.01	0.10	Qualified
Surface	Under the D65 light source, compared with the standard sample visually	/	Both Side: Matt	Matt	Qualified
Color	/	Natural color	Natural color	Natural color	Qualified
Density	ASTM D792	g/cm³	1.13±0.02	1.12	Qualified
Tensile Strength	ASTM D 412/Die C	MPa	CD: >55 MD: >50	CD: 58.54 MD: 56.03	Qualified
100% Tensile modulus	ASTM D 412/Die C	MPa	CD: >5 MD: >5	CD: 5.75 MD: 6.92	Qualified
300% Tensile modulus	ASTM D 412/Die C	MPa	CD: >12 MD: >14	CD: 14.14 MD: 20.58	Qualified
Elongation @ break	ASTM D 412/Die C	%	CD: >580 MD: >580	CD: 625 MD: 560	Qualified
Tearing strength	ASTM D 624	KN/m	CD: >85 MD: >85	CD: 104.88 MD: 99.61	Qualified
Melting point	DSC	℃	>150	163	Qualified
Dyne Value	Dyne pen	dyn/cm	>32	34	Qualified
Yellowing resistance rating	ASTM D 1148	Grade	≥3	>3	Qualified
Flame-retardant rating	GB/T 8410-2006	Grade	A-0	A-0	Qualified

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