Product Features
- Achieves up to 92% scale removal efficiency.
- Extends the lifespan of boilers, cooling towers, and water-based equipment.
- Lasts over 10 years with no maintenance required.
- Boosts production line efficiency and overall enterprise capacity.
- No magnets or electricity needed, ensuring zero carbon emissions.
- High flow capacity for efficient water treatment.
- Does not affect water pressure in buildings or production lines.
- Easily connects to copper, CPVC, PVC, and PEX pipes.
- Environmentally friendly, free from harmful chemicals.
- Simple installation on pipelines.
The pipeline design is easy to install and requires minimal space. When installed in the water supply system, it offers high compatibility with other water treatment equipment, ensuring seamless integration and enhanced performance in various setups.
How It Works?
The DPSE chip in the Commercial Descaler for Water is made from nine types of alloy materials. Water flowing through the DPSE system generates electrons, and the directed movement of these electrons creates a weak electric current. This current transforms the molecular structure of limescale from hard calcite to soft aragonite. The smooth surface of aragonite makes it less likely to adhere to pipelines, leading to the detachment of limescale and achieving descaling.
| Specification | Details |
|---|---|
| Body Material | Stainless Steel 304 (European Standard 1.4301, AISI 304) |
| Pipe Types | Copper, CPVC, PVC, PEX |
| Operating Temperature | Inlet: 0°C to 280°C |
| DPSE Descaling Chip | 9 Alloy |
| Installation Environment | ScaleDp devices can be mounted horizontally or vertically,Ion exchangers, electromagnetic systems, or systems with external power supply should not be installed in systems with ScaleDp devices. |
The process of scale detachment from equipment after installing the Commercial Descaler for Water is as follow
Before installing the ScaleDp® Commercial Descaler for Water, the equipment was covered with hard scale, affecting heat transfer efficiency and leading to decreased performance. After about 7 days of installation, the hard scale gradually transformed into loose aragonite under the action of the DPSE chip and started to detach, being flushed out through the pipes. After one month, the stubborn scale was no longer visible on the equipment. The entire system became clean and tidy, heat transfer efficiency was restored, and the equipment's performance improved, resulting in significant energy savings.
Specifications and Parameters
| Mode | Nominal Diameter | Connection | Diameter (mm) | Length (mm) | Weight (kg) |
Max Flow (m3/ Hour) |
MinFlow (m3/ Hour) |
Ambient Temp°C |
PressureLevel [LB] |
Preset Pressure/ Pressure Drop (bra] |
| CM001 | DN32 | 11/4" Thread | Φ62 | 320 | 2.5 | 8 | 1.45 | 0-280 | <150 | 10/0.1 |
| CM002 | DN40 |
11/2" Thread |
Ф72 | 420 | 3.9 | 10 | 2.26 | 0-280 | <150 | 10/0.1 |
| CM003 | DN50 |
2" Thread |
Ф100 | 430 | 5.8 | 20 | 3.53 | 0-280 | <150 | 10/0.1 |
Water Quality Requirement
| Hardness | PH | Iron | TDS |
| ≤800mg/L | 3-10 | ＜5mg/L | ≤2000ppm |
Product Comparison
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| Model number | ScaleDp water descaler | Water Softener | Electronic Descaler | Chemical Descaling |
| Working Principle | Water generates a weak electric current in the DPSE system, converting limescale from calcite to aragonite, which detaches easily from pipes | Ion exchange technology works by replacing calcium (Ca²⁺) and magnesium (Mg²⁺) ions with sodium (Na⁺) ions using salt, thereby preventing scale buildup. | It emits high-frequency or pulsed signals to alter the crystallization of calcium and magnesium ions, preventing them from forming scale on pipes and heating elements. | Chemical descaling uses acids or agents to dissolve scale deposits like calcium and magnesium carbonates into soluble compounds. |
| Descaling Efficiency | 92% | 60% | 75% | 60% |
| Maintenance Requirement | Maintenance-free | Requires regular salt addition. | Ensure constant power supply. | Requires maintenance. |
| Operation Cost | One-time purchase cost. | Costs of electricity and salt replacement. | Power | Chemical purchase. |
| Water Quality lmpact | NO | yes | no | yes |
| Waste Water Discharges | no | yes | no | yes |
Common Questions
Does ScaleDp® require external force to operate?
ScaleDp® operates simply by letting water flow through; no external force is needed.
Where is ScaleDp® typically installed, and how is the installation done?
Installation is recommended at the water inlet of equipment for one-on-one protection. For entire houses, apartments, hotels, etc., it can be installed at the main water inlet.
What is the operating temperature range for ScaleDp®, and can it function in cold weather?
ScaleDp® can work at any temperature, provided water flow remains normal (no freezing). In cold weather, it's advisable to add insulation to your pipes or equipment.
What material is used for the casing of ScaleDp®, and what components does it consist of?
Constructed with SUS304 stainless steel, ScaleDp® consists of two main components: the chamber and the DPSE system.
Is ScaleDp®'s descaling efficiency influenced by water flow?
The ScaleDp® models we designed can maintain descaling performance at normal flow rates. Increasing the flow rate can further enhance descaling efficiency.
Does ScaleDp® affect the taste of water?
ScaleDp® does indeed "improve" unpleasant tastes like chlorine, thereby enhancing the overall taste of water. Some experts in the field of physical water treatment believe that these tastes have been transferred to precipitated solids.
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