Thermoplastic Mask

Thermoplastic masks will be completely softened in about one minute, as being heated in hot water of 65 celsius degree. The completely softened material becomes transparent. Complete softening facilitates the modeling and fixing of the material, and it makes the patients more comfortable in the process of modeling.

Possess memorial feature. They can be used and modeled repeatedly. As needs to be remodeled and refixed, the stretched and transformed material can be put into hot water of 65 celsius degree to be softened again. In the process of softening, the heat activates and releases the frozen internal stress, so the material retracts and returns to its original shape. This reuse process is the most outstanding property of this material.

Characteristic & advantages:
1. Use chemical methods to make anti-stick surface. The validity of anti-stick surface is two years.
2. Smooth and strengthened edges, without any broken porous or sharp point. Prevent patient from hurting the skin and can obtain a firm fixation.
3. In order to improve the patient comfort during treatment. We produce two kinds of material with different retracted rate. The retracted rate set for head material is smaller than the material use for chest and pelvis.
4. Working temperature: 65c. Mask will be completely softened in about one minute.
5. The completely softened material becomes transparent. It is will help therapist to judge during operation.
6. Operation time: 1-2 minutes.
7. Hardening time: 5-10 minutes
8. Environmental-friendly material. Thermoplastic materials will degrade in soil through biological decomposition.


Profile/frame color: blue & white
Thickness range: 2.4mm, 3.2mm
Perforation rate: 22% & 36%
Perforation diameter: 2mm & 3mm

Thermoplastic Fixation Mask is an immobilized and positioning assistant device used to fix patient affected part during radiotherapy. It is an accessory of Linear Accelerator.

Thermoplastic fixation masks will be completely softened in about one minute, as being heated in hot water of 65 Celsius degree. The completely softened material becomes transparent. Complete softening facilitates the modeling and fixing of the material, and it makes the patients more comfortable in the process of modeling.

Possess memorial feature. They can be used and modeled repeatedly. As needs to be remodeled and refixed, the stretched and transformed material can be put into hot water of 65 Celsius degree to be softened again. In the process of softening, the heat activates and releases the frozen internal stress, so the material retracts and returns to its original shape. This reuse process is the most outstanding property of this material.

Characteristic & Advantages:
1. Use chemical methods to make anti-stick surface. The validity of anti-stick surface is two years.
2. Smooth and strengthened edges, without any broken porous or sharp point. Prevent patient from hurting the skin and can obtain a firm fixation.
3. In order to improve the patient comfort during treatment. We produce two kinds of material with different retracted rate. The retracted rate set for head material is smaller than the material use for chest and pelvis.
4. Working temperature: 65C. Mask will be completely softened in about one minute.
5. The completely softened material becomes transparent. It is will help therapist to judge during operation.
6. Operation time: 1-2 minutes.
7. Hardening time: 5-10 minutes
8. Frame color: Blue & Pink
9. Environmental-friendly material. Thermoplastic materials will degrade in soil through biological decomposition.
www.renfumed.com

Thickness: 2.4mm & 3.0mm
Perforation rate: 22%, 36%.
Perforation diameter: 2mm & 3mm
Lengthened 5cm & 9cm
Frame color: Blue & Pink

Thermoplastic Fixation Mask is an immobilized and positioning assistant device used to fix patient affected part during radiotherapy. It is an accessory of Linear Accelerator.

Thermoplastic fixation masks will be completely softened in about one minute, as being heated in hot water of 65 Celsius degree. The completely softened material becomes transparent. Complete softening facilitates the modeling and fixing of the material, and it makes the patients more comfortable in the process of modeling.

Possess memorial feature. They can be used and modeled repeatedly. As needs to be remodeled and refixed, the stretched and transformed material can be put into hot water of 65 Celsius degree to be softened again. In the process of softening, the heat activates and releases the frozen internal stress, so the material retracts and returns to its original shape. This reuse process is the most outstanding property of this material.

Characteristic & Advantages:
1. Use chemical methods to make anti-stick surface. The validity of anti-stick surface is two years.
2. Smooth and strengthened edges, without any broken porous or sharp point. Prevent patient from hurting the skin and can obtain a firm fixation.
3. In order to improve the patient comfort during treatment. We produce two kinds of material with different retracted rate. The retracted rate set for head material is smaller than the material use for chest and pelvis.
4. Working temperature: 65C. Mask will be completely softened in about one minute.
5. The completely softened material becomes transparent. It is will help therapist to judge during operation.
6. Operation time: 1-2 minutes.
7. Hardening time: 5-10 minutes
8. Frame color: Blue & Pink
9. Environmental-friendly material. Thermoplastic materials will degrade in soil through biological decomposition.
www.renfumed.com

Thickness: 2.4mm & 3.0mm
Perforation rate: 22%, 36%.
Perforation diameter: 2mm & 3mm
Lengthened 5cm & 9cm
Frame color: Blue & Pink

About Meltblown Nonwove
Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties

Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc

About Meltblown Nonwoven

Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:

The main desired characteristics expected for melt blown nonwoven fabrics are:

Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �?�µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties


Application of spun-bond nonwoven fabrics:

Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc

About Meltblown Nonwoven

Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:

The main desired characteristics expected for melt blown nonwoven fabrics are:

Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �?�µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties


Application of spun-bond nonwoven fabrics:

Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc

About Meltblown Nonwoven
â?¢ Melt blown is a one step process to make fabrics from polymer.
â?¢ The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
â?¢ The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
â?¢ The main purpose of melt blown fabric is to provide barrier property for the liquid.
â?¢ Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
â?¢ Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
â?¢ Adjustable Pores And Capillary Structure
â?¢ Excellent barrier properties
â?¢ Filament size 1 -3 �µm
â?¢ High Elasticity
â?¢ High Filtration capability
â?¢ Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
â?¢ Large Area-to-weight ratio
â?¢ Self-bonding
â?¢ The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
â?¢ Very good thermal insulation for apparel application
â?¢ Weak tensile properties
â?¢ Wicking Properties

Application of spun-bond nonwoven fabrics:
â?¢ Sanitary and Hygiene:
â?¢ Sanitary napkins,
â?¢ Baby diapers and
â?¢ Incontinence diapers
â?¢ Medical and Surgical:
â?¢ Gowns,
â?¢ Face masks,
â?¢ Caps,
â?¢ Drapes, etc
â?¢ Other Miscellaneous Applications:
â?¢ Filtration Material,
â?¢ Agriculture,
â?¢ Oilsorbents
â?¢ Hot-melt adhesives
â?¢ Headliners, etc