Supreme HYBRID composite waterproofing method
Hybrid composite waterproofing is a product of the increasing size of buildings and civil engineering structures and the occurrence of defects in waterproofing construction due to complex and diverse designs.A stable waterproofing layer is required, and with the development of various new materials with superior performance than the existing single waterproofing method consisting of a single waterproofing layer,It is a composite waterproofing method aimed at improving the waterproofing of concrete structures by complementing the pros and cons of existing waterproofing materials and doubling the performance of the materials.By mutually complementing the problems pointed out in the existing single sheet method and film waterproofing method, such as lack of watertightness in overlapping areas, poor adhesion, and uniform thickness formation, etc.
It is a composite waterproofing method that can prevent poor construction and ensure stable quality control and quality performance by reducing the rate of defects.
Problems with existing
waterproofing construction
Sheet
waterproofing
Paint
waterproofing
ㆍPoor construction of sheet joints
ㆍDifficulties in quality control
ㆍAdhesion defect
ㆍPinholes, lifting, poor thickness, etc.
Existing composite waterproofing
ㆍProblems arise with watertight composites
ㆍCompared to the existing single method, shortened construction period and weak economy
SUPREME HYBRID
Advantages of composite waterproofing construction
01.
Combination of sheet and paint film
It is a composite waterproofing method that complements the shortcomings and maximizes the advantages of sheets and coating films, which have been the most widely used among existing single waterproofing methods.
02.
Joint reliability
Solvent-free coating waterproofing material and glass fiber woven fabric impregnated into the sheet are used to prevent defects in the joint area.
03.
Excellent constructability
Although it is a composite method using two methods, improved sheet waterproofing materials and efficient construction methods have been adopted to enable rapid construction, shortening the construction period.
04.
Excellent economic efficiency when repairing waterproofing layer
Since there is no need to pour or remove protective mortar or plain concrete, it allows for rapid construction, minimizes waste, and is easy to maintain.
05.
Application of insulation method
The waterproof layer behavior response to concrete stress is excellent, ensuring a stable waterproof layer.
06.
Ensure durability
Through extensive performance over a long period of time, we have been able to confirm durability for more than 10 years.
Problems with existing waterproofing construction
Sheet
waterproofing
Existing composite waterproofing
Paint
waterproofing
ㆍPoor construction of sheet joints
ㆍDifficulties in quality control
ㆍProblems arise with watertight composites
ㆍCompared to the existing single method, shortened construction period and weak economy
ㆍAdhesion defect
ㆍPinholes, lifting, poor thickness, etc.
SUPREME HYBRID
Advantages of composite waterproofing construction
01.
02.
03.
04.
05.
06.
Combination of sheet and paint film
It is a composite waterproofing method that complements the shortcomings and maximizes the advantages of sheets and coating films, which have been the most widely used among existing single waterproofing methods.
Joint reliability
Solvent-free coating waterproofing material and glass fiber woven fabric impregnated into the sheet are used to prevent defects in the joint area.
Excellent constructability
Although it is a composite method using two methods, improved sheet waterproofing materials and efficient construction methods have been adopted to enable rapid construction, shortening the construction period.
Excellent economic efficiency when repairing waterproofing layer
Since there is no need to pour or remove protective mortar or plain concrete, it allows for rapid construction, minimizes waste, and is easy to maintain.
Application of insulation method
The waterproof layer behavior response to concrete stress is excellent, ensuring a stable waterproof layer.
Ensure durability
Through extensive performance over a long period of time, we have been able to confirm durability for more than 10 years.
Materials used in Supreme HYBRID composite waterproofing method
※ Standard : 2.5mm
※ Specifications other than the above can be changed and produced at the request of the consumer.
01. Supreme DMW-F seat
The Supreme DMW-F sheet uses polyester non-woven fabric or glass fiber non-woven fabric as the finishing material for the upper and lower sheets, and is used on the upper surface of the sheet.
The attached polyester or fiberglass woven fabric extends more than 5cm and serves as a joint reinforcement material when constructing butt joints of sheets and walls.
Should be. Additionally, the quality of the sheet must meet the standards of KSF 4917 Type A 1.
02. Supreme DM Coat
Supreme DM Coat is a highly functional coating material created by strong intermolecular bonds of active hydrogen present within the material's molecules.It is a coating waterproofing material that satisfies basic physical properties and waterproofing properties and forms perfect integration with Supreme DMW sheet when applied with a composite method.
03. Supreme non-exposed urethane
Non-exposed urethane is a high-performance urethane resin produced through a reaction with substances such as polysocyanate and polyol, which is a polymer material with urethane bonds. It has excellent elasticity and elongation and is used as a non-exposed waterproofing material for buildings and underground structures such as apartments and buildings. It must satisfy the physical properties of KSF 3211 urethane rubber type 2.
Supreme HYBRID exposed composite waterproofing method
Construction sequence
Diagram
01.Applying urethane primer
01.Applying urethane primer
02.Laying DMW-F sheets
02.Laying DMW-F sheets
03.DM coat joint application
03.DM coat joint application
04.First application of DM coat and spraying of silica sand
04.First application of DM coat and spraying of silica sand
05.Second application of DM coat
05.Second application of DM coat
06.Top coat application
06.Top coat application
07.Construction completed
07.Construction completed
Supreme HYBRID non-exposure composite waterproofing method
Construction sequence
Diagram
01.Applying urethane primer
01.Applying urethane primer
02.DMW-F sheet laying
02.DMW-F sheet laying
03.DM coat joint application
03.DM coat joint application
04.Apply non-exposed urethane to the entire surface
04.Apply non-exposed urethane to the entire surface
05.Construction completed
05.Construction completed
Supreme HYBRID exposed composite waterproofing method
Construction sequence
Diagram
01.Applying urethane primer
01.Applying urethane primer
02.Laying DMW-F sheets
02.Laying DMW-F sheets
03.DM coat joint application
03.DM coat joint application
04.First application of DM coat and spraying of silica sand
04.First application of DM coat and spraying of silica sand
05.Second application of DM coat
05.Second application of DM coat
06.Top coat application
06.Top coat application
07.Construction completed
07.Construction completed
Supreme HYBRID non-exposure composite waterproofing method
Construction sequence
Diagram
01.Applying urethane primer
01.Applying urethane primer
02.DMW-F sheet laying
02.DMW-F sheet laying
03.DM coat joint application
03.DM coat joint application
04.Apply non-exposed urethane to the entire surface
04.Apply non-exposed urethane to the entire surface
05.Construction completed
05.Construction completed
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