Contact Information Jong-Seok Kim, Section Chief
Address
#15-3, Goju-ri, Paltan-myeon, Hwaseong-si, Gyeonggi-do, Korea
441-853
Phone 82-31-3527601
E-mail etet63@hanmail.net
Orientaldream Co., Ltd.
Cotton Mesh Heating Materials
Category : Bio, Medical, Diagnostic Equipment
- Product Name : Cotton Mesh Heating Materials
- Brand Name : Orientaldream Co., Ltd.
- Model No. : ODP1500, ODP1200, ODP900, ODP600
- Place of Origin : Korea
- Main Market :
- Min. Order Quantity :
- Port :
- Certifications :
[Detailed Product Description]
Product Description
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Size
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ODP1500:1480mm, ODP1200:1280mm
ODP900:980mm, ODP600:660mm |
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Material
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Cotton Yarn, Copper Wire, PET, etc
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Voltage
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220V 50~60Hz
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Power Consumption
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ODP1500:300w/m, ODP1200:240w/m
ODP900:200w/m, ODP600:120w/m |
Healthy Heating System
- Cotton mesh heating material is a unique system that emits far infrared radiation heat by impregnating cotton yarn with carbon (charcoal component). This far infrared radiation provides heating as it generates heat by causing resonance of cells deep inside the body. This ‘well-being’ heating system not only warms the body but also improves blood flow and metabolism.
Cost-Saving Heating System
- This highly efficient radiation heating system can provide heating within 5 to 10 minutes after the power is turned on. With excellent thermal efficiency, it can save over 50% on heating costs compared to fuel-heating systems.
- As partial heating system for each room, it saves more costs as it does not heat areas where the system is not applied
Safe Heating System
- Using a molding coating method, the material is vacuum-coated and not vulnerable to oxidation or deformation, ensuring semi-permanent life.
- To prevent defects, such as insulation breakdown due to a coating gap or sparks due to an air layer, the cotton mesh heating material is made by molding-coating it into a lattice pattern, which strengthens safety and durability.
Clean Heating System
- This heating system uses electricity, a clean energy source, instead of fossil fuel, such as coal or petroleum, and helps create a clean and comfortable environment and does not cause smoke, noise, or smell.
Product Structure
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Far Infrared-Ray Cotton Mesh Heating Material [Patent No. 0479509 This cotton mesh heating material is a new concept of heating material made by impregnating cotton yard with carbon, which emits a large amount of far infrared radiation. Radiates 91.0% far infrared ray (Korea Institute of Construction Materials) |
Applied Technologies
- Nano impregnating sealant manufacturing technology
(Manufacturing of water-based multi-nano impregnating sealant) - Impregnated base fabric manufacturing technology
(Base fabric weaving using cotton yarn and copper wire) - Impregnation technology of impregnation machine
(Impregnation technology to ensure even carbon distribution) - Insulation coating technology
(Vacuum insulation through molding coating)
Specifications
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Model Name
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Dimension (Width X Thickness)
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Power Consumption
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Remark
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ODP1500
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1480mmX0.8mm
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300W
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|
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ODP1200
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1280mmX0.8mm
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240W
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|
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ODP900
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980mmX0.8mm
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200W
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|
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ODP600
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660mmX0.8mm
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120W
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Product Reliability Testing
Tests are conducted pursuant to the Standard Testing Method of Carbon Sheet Heating Material (RS L 0006) of the Korean Agency for Technology and Standards under the Ministry of Commerce, Industry, and Energy, by requesting a research center equipped with testing equipment and measuring instruments. The test results of this product are based on the test reports of the Korea Electric Testing Institute (Reliability 2010-0020, 2010.04.19).
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Type
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Checklist
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Judging Criteria
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Testing Method
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Test Results
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Remark
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Performance Testing
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Electrical Properties Testing
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Line Resistance
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Must be within a 10% range of 800ohm (720ohm~880ohm)
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Measure using a resistance meter
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Yes
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Pass
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Power Consumption
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Must be below 10% of 60W (54W~66W)
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Measure using a power consumption meter
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Yes
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Pass
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||
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Sheet Resistance Distribution Test
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Difference between minimum and maximum must be within a 10% range
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Measure resistance every 1cm
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Yes
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Pass
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Heat Distribution Measuring Test
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Difference between minimum and maximum must be within a 10% range
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Measure temperature of the heating part at temperature of saturation
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Yes
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Pass
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Environmental Testing
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Withstanding Voltage Test
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No insulation breakdown
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Apply 2kV for a minute
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Yes
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Pass
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Insulation Test
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Must be 5Mohm and higher
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Measure insulation resistance using a 500V insulation resistance meter
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Yes
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Pass
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Humidity Resistance Test
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Resistance variation must be below 15% of early performance
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Yes
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Pass
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Thermal Shock Test
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Resistance variation must be below 15% of early performance
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Yes
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Pass
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Low Temperature Preservation Test
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Resistance variation must be below 15% of early performance
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Yes
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Pass
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Salt Water Spray Test
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Resistance variation must be below 15% of early performance
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Yes
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Pass
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Test Results
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No.
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Test Checklist
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Test Method
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Quality Standard
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Test Results
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Remark
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1
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Far Infrared Ray Emission Test
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Korea Institute of Construction Materials KICM-FIR-1005
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91% and higher
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Yes
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Pass
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2
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Tensile Strength Test
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KS M3503-02
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2538N/cm³, 847N/cm³
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Yes
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Pass
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3
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Antibacterial Test (E.coli, pyogenic bacteria)
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Korea Institute of Construction Materials
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83.3%, 87.2%
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Yes
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Pass
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Construction Method
- Pre-construction inspection
-Check power consumption of the film heater and contract power of the construction site - Installation of insulation
-Clean the floor surface and install the insulation to prevent heat loss. - Installation of a film heater
-Install a film heater on the insulation as if unrolling a mat - Installation and connection of a temperature controller
-Install a temperature controller on a wall and wire it to the film heater. - Implementation of testing
-Apply power and measure electric current and temperature
For further information, see the Construction Standard
Construction Images
