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Silicone Rubber for Medical Application

  • Silicone Rubber for Medical Applications
  • Silicone Rubber for Medical Applications
  • Silicone Rubber for Medical Applications
  • Silicone Rubber for Medical Applications
Silicone Rubber for Medical ApplicationsSilicone Rubber for Medical ApplicationsSilicone Rubber for Medical ApplicationsSilicone Rubber for Medical Applications

Silicone Rubber for Medical Applications

  • Product Item: SE-8series
  • Hardness:0 Shore A
  • Mix Ratio: 1:1
  • Color: Skin/ Custom color
  • Product description: Liquid RTV Silicone for Medical Training Aid Making, a kind of platinum cure silicone rubber,the application would be used to make the silicon suture pad, light skin suturing model, silicon suturing a
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Description

Liquid RTV Silicone for Medical Training Aid Making, a kind of platinum cure silicone rubber,  has good performance, chemical stability with features of waterproof, corrupt resistance, physiological inert, non-toxic, aging-resistance, easy pouring, easy operation, and completely vulcanization. Then the application would be used to make the silicon suture pad, light skin suturing model, silicon suturing arm model, skin wound suture practice pad, injection ,model pad ect.


Features

☆ adjustable color and hardnesss, can make the fake human body parts almost like the real one

☆ platinum cure with food grade certificate, non-toxic, and no smell, safe to skin

☆ excellent resistance to high temperature, the temperature can reach -60~250C degrees

☆ good fluidity, easy perfusion

☆ Excellent tear and tensile strength

☆Mixing ratio 1:1, easy for machine/manual operation

☆can be cured at room temperature , also can be heat cured, easy to operate



Datesheets:

Model NO· SE-800# SE-805#
Mixing Ratio (by weight) 1:1 1:1
Appearance/Color skin color skin color
Hardness (Shore A) 0±2 5±2
Mixed viscosity (mPa·s) 1700±500 4000±500
WorkingTime(at23/75,MINS) 30~40 30~40
Curing Time (at 23/75,HRS) 4~5 4~5
Tensile strength, Mpa ≥3.0 ≥3.4
Tear strength, KN/m ≥5.4 ≥12.7
Shrinkage, % <0.1 <0.1
Elongation at break, % ≥490 ≥510