ENERPIA
The cutting-edge technology of ENERPIA leads to a richer life.
EP BOARD
- EP Board
- EP Board, a construction material for saving energy and noise between floors mitigation, is an innovative product which omits cement mortar process to further enhance heating effects compared to wet technique and reduce heating cost by 40% compared to existing methods. Also, it can be used in all places without being restricted by a type or installation location of a boiler. It mitigates noise by over 30% by using XPS-compressed insulation panel.
Light weight makes the building lightweitht, so it can be applied to a double-floor space or mobile & wooden houses.
Structure of EP Board
Strong points of EP Board
- Economic feasibility
-
- Saves heating cost by 40% compared to wet heating technique
- Saves boiler operation time by over 80% and can extend the lifespan of the boiler
- Constructability
-
- Installed on existing floor without taking it out, allowing same day construction and use
- Does not produce construction wastes
- Can be used for all types of boilers (oil, gas, electricity, fire boiler, etc.)
- Functionality
-
- Enables high-speed heating in 20 minutes, boasting high heating efficiency
- Light weight makes the building lightweight
- XPS-compressed insulation panels reduce floor noise by more than 30%
- Safety
-
- Reduces risk of fire by using materials with Grade 2 flame-resistance
- tilizes eco-friendly construction material which does not emit harmful substances such as environmental hormone
Strong points of EP Board embossing aluminum
- 01
Further enhances heating effect using aluminum with 99% purity
- 02
Allows high-speed heating in 20 minutes using high heat conductivity of 270W/mk
- 03
Enhances the ductility of aluminum board using heat processing, having no damage for lengthened use
- 04
Strong against corrosion due to double-sided oxidation processing, having no discoloring after lengthened use
- 05
Reduces noise of aluminum board through embossing processing, and strengths wear resistance
Specifications of EP Board (can be used in all boiler piping)
| Classification | Standard / Size | Notes | |
|---|---|---|---|
| 15A | Curved unit | 1400*300*30 | ∮20,200mm |
| Straight unit | 1500*600*30 | ∮20,200mm | |
| 12A | Curved unit | 1500*200*25 | ∮16,150mm |
| Straight unit | 1500*600*25 | ∮16,150mm | |
| Cable | Curved unit | 1500*200*20 | ∮8,150mm |
| Straight unit | 1500*600*20 | ∮8,150mm | |
- Unit weight: 36 ~ 38kg / m3
- Compression load: 300kPa
- Heat conductivity: 270W/mk
- Composition: Aluminum board with 99% purity, XPS-compressed panel
Deluxe EP Board
Under Construction
Download specifications
Download specifications
Video on construction
Construction order
- 01
Design blueprint
- 02
Flatten floor
- 03
Install curved unit of EP Board
- 04
Install straight unit of EP Board
- 05
Insert heating piping
- 06
Connect boiler (can connect all boilers)
- 07
Performance test
- 08
Install CRC board (optional)
- 09
Install finishing materials (can install all types of finishing materials)
Construction cross-section
Subsidiary materials
-
Allotter
-
Protection board
-
CRC board
Recommended thermostat
| UTH-170(EPU-400) | |
|---|---|
| TYPE | Digital Type |
| Range of temperature | -20℃ ~ 80℃ (can be changed) |
| Power input | AC 85V AC 265V (SMPS) |
| Number of circuits | Individual |
| Allowable electric current | 1 heating * 18A |
| Load capacity | 4KW |
| Construction type | Exposed |
| Size | 70(W) X 120(H) X 27(D) |
| Display Type | High-brightness YELLOW FND (indicates current temperature, set temperature), LED (indicates status) |
| Processor Type | Sensor type (NTC 5KΩ) / Timer setting / Auto OFF function by time |
| Option |
|
| UTH-200 | |
|---|---|
| TYPE | Digital Type |
| Range of temperature | 0℃ ~ 80℃ (can be changed) |
| Power input | AC 85V ~ AC 265V (SMPS method) |
| Number of circuits | Individual |
| Allowable electric current | 1 heating * 18A |
| Load capacity | 4KW |
| Construction type | Exposed |
| Size | 70(W) X 120(H) X 27(D) |
| Display Type | High-brightness YELLOW FND (indicates current temperature, set temperature), LED (indicates status) |
| Processor Type | Sensor type(NTC 5KΩ) / Timer setting / Strength setting / Control by wireless remote control (remote control) |
| Option | #1: Overload sensor (optional) #2: Error message function (can change setting on range of temperature), output blocking #3: Overload sensor (produces error message for blocking output when overload occurs) |
| UTH-300 | |
|---|---|
| TYPE | Digital Type |
| Range of temperature | -20℃ ~ 180℃ (can be changed) |
| Power input | AC 85V ~ AC 265V (SMPS method) |
| Number of circuits | 2-circuits, individual |
| Allowable electric current | 1 heating (16A), 2 heating (16A) – (MAX 32A) |
| Load capacity | 3.5KW * 2 |
| Construction type | Exposed |
| Size | 120(W) X 120(H) X 34(D) |
| Display Type | High-brightness YELLOW FND (indicates current temperature, set temperature), touch mode |
| Processor Type | Sensor type (NTC 5KΩ) / Timer setting |
| Option | #1: Produces buzzer alarm when error occurs #2: Overload sensor (optional) #3: Error message function (can change setting on range of temperature), output blocking #4: Sensor for preventing overload attached inside thermostat (blocks overheating) |
Certification information
-
- EP보드 압축하중 시험성적서 2
-
- EP보EP보드 압축하중 시험성적서드 압축하중 시험성적서
-
- EP보드 열효율 시험성적서
-
- EP보드 열효율 시험성적서 2
-
- EP보드 층간소음 시험성적서
-
- EP보드 층간소음 시험성적서 2
-
- 12.특허증(제10-1433912호)
Comparison of wet technique and EP Board dry panel
- Comparison of cost between wet technique and dry technique
Comparison of construction cost between wet technique and EP Board dry panel
- Comparison of construction cost between wet technique and dry technique (area for exclusive use: 3.3m2)
- : Since there might be differences in cost by region and quantity, use the following data just for reference
Comparison of cost used between wet technique and EP Board dry panel
- Comparison of construction cost between wet technique and dry technique (area for exclusive use: 3.3m2)
- : For 8 hours of heating per day, for one month / Energy cost as of Feb. 2014
