GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.
GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.

Anti-Mildew TPEs

Anti-Mildew TPEs

Thermoplastic Polyether Ester Elastomer Applicable: most kinds of medical equipment and special equipment lines that have biocompatibility, microorganism resistance, alcohol resistance, and other test requirements for sheath materials

Thermoplastic Polyether Ester Elastomer Product Features:

1. Polyether tpu material, excellent hydrolysis resistance (85℃&85H hydrolysis resistance test ≥30Days);

2. It can pass the biocompatibility test and the microorganism resistance test;

3. Excellent oil resistance, alcohol resistance, and chemical resistance;

4. Can pass -60 ℃ low-temperature winding and low temperature bending test;

5. Appearance feel: dry and smooth, uniform and delicate, and can be processed into a matte/semi-matte surface; excellent wear resistance;

6. Processing performance: excellent processing performance, the production efficiency of 40-100 meters per minute can be achieved by using the same PVC screw machine, and there are very few deterioration performances such as salivation, particles, bulging, and pitting during processing.

Technical Data of Anti-Mildew TPEs

Technical Data SheetModel

Material Properties
Test StandardTest Condition
Unit

General Characteristics
Material Category
---
Appearance(Light/Semi-matte/Frosted)---
Extrusion/Injection
---
Physical CharacteristicsHardnessISO 4815SShore A
ProportionISO 1183-g/cm³
Melt IndexISO 1133-1:2011190℃/2.16kgg/10min
Brittle TemperatureISO 812-
Mechanical Properties
ElongationISO37:2017200mm/min%
Tensile StrengthISO37:2017200mm/minMpa
Tearing StrengthISO34-1:2015500mm/minKN/m
Hot Air AgingElongation Retention RateISO37:2017-%
Tensile Strength Retention RateISO37:2017-%
Electrical Performance
Volume ResistivityASTM D257-Ohm-cm
PermittivityASTM D150--
Combustion PerformanceVertical Burning TestUL 943.0/6.0mm-
Oxygen IndexASTM D2863-%
Feature


Key Benefits of Anti-Mildew TPEs

Key Benefits of Anti-Mildew TPEs

· Competitive price      · Respond immediately      · Strong R&D capability      · Excellent after-sales service

Inquiry
Please fill in the below informations if you have any questions or doubts, ATP Polymer will contact within 24 hours.
Name
Email
Contact No
Country
Product type
Application type
Enquiry Message
Anti-Mildew TPEs

ATP Polymer News Recommendation

21 Dec, 2022
Thermoplastics PE (polyethylene) and PS (polystyrene)
Ⅰ. The performance, use and molding precautions of thermoplastic PE (polyethylene)1. The properties and uses of PE (polyethylene)PE, there are many kinds of high-density polyethylene (low-pressure po...
14 Dec, 2022
What is the Difference Between Thermosets and Thermoplastics?
Thermoplastics and thermosets are types of plastics that undergo different production processes and produce various properties depending on the constituent materials and production methods. Thermoplas...
17 Nov, 2022
What is the Difference Between Polyethylene Insulation, Polyvinyl Chloride Insulation and Cross-linked Polyethylene Insulation?
Ⅰ. Wide application of polyethylene cableWith the widespread use of social electricity, the application of cables has also become wider. Since the photoelectric wire is easy to cause fire, the cables...
10 Nov, 2022
Olefins Are Raw Materials for What Products? What is Its Nature?
Ⅰ. Structural properties of olefinsThe molecular structural formula of monoolefin is CnH2n, C2-C4 is a gas at room temperature, it is a non-polar molecule, insoluble or slightly soluble in water. Hyd...
20 Oct, 2022
Analysis of the Reaction of Olefin Plus Protonic Acid and Hypohalous Acid
Ⅰ. Olefin plus protonic acid reactionAlkenes can carry out addition reactions with protonic acids: CH2=CH2+HX→CH3CH2X.Characteristics:1. Different olefins support regularityWhen the alkene is a diff...
08 Sep, 2022
About Thermoplastic Rubber
Ⅰ. How is thermoplastic rubber formed?Thermoplastic rubber is a new type of material that can be plasticized at high temperature and can show rubber elasticity at low temperature.Such materials have ...