New 1800W DC Ceramic PTC Heaters Automatic Power Outage 11-20 Coverage for

Ceramic​‍​‌‍​‍‌​‍​‌‍​‍‌ PTC technology powered by a direct current of 1800 W is at the forefront of the green energy trend, being the most popular for heating both in the home and industry.

The New 1800W DC Ceramic PTC Heater is made to heat faster, safer, and smarter, with smart features in addition to the power. Designed for areas of 11 to 20 m2, the heater is made up of advanced materials and has integrated control features, which lead to the combination being perfect for consumers who want to keep warm long without wasting energy.

Product Introduction

The main component of this 1.8 kW DC ceramic heater is the Positive Temperature Coefficient (PTC) ceramic heating element which can heat very quickly and is able to regulate the temperature automatically. A PTC ceramic unit is different from a traditional resistance wire one because when heating, the unit increases its resistance, thereby limiting the power output and preventing the possibility of overheating. Energy/self-regulation, as this characteristic is also called, leads to the ability to experience temperatures that are more stable, energy is used more efficiently and the lifespan of the device is longer.

It also possesses an accident safety system which automatically turns it off when the unit is closed, if it is unplugged or overheating is detected. Its light and small body make it portable, but at the same time, the heater is stable in performance. This model can be referred to as a good heating tool in the quiet atmosphere of homes, in the silent corner of office cubicles, or even in the small stores and workshops, with the added advantage that it is friendly to the environment.

Product Advantages

1. High Efficiency with DC 1800W Output

The 1800W DC power system of the heater is the main reason for the fast and stable temperature output. Direct current drives are generally quieter and more energy-efficient than alternating-current ones, which is why the device can work silently and still use less power. The end-users will receive the benefits of shorter warm-up periods, electrical energy cost savings, and temperature comfort maintenance.

2. Advanced Ceramic PTC Technology

Positive Temperature Coefficient (PTC) ceramic devices offer a number of advantages in principle:

• Self-Regulating Temperature Control: PTC resistance increases with temperature, thus energy consumption is reduced, as well as overheating is completely eliminated.
• Quicker Heating: Due to the very structure of ceramics, very quickly the heat is generated and thus it is perfect for those freezing places.
• Longer Life: PTC heating elements have no contact with each other which are the source of the problem (burning), so they are more durable as well as less prone to moisture and oxidation.

These are some of the reasons that make ceramic PTC heating devices secure and stable especially in continuous-operation applications.

3. Automatic Power-Outage Protection

What most clearly distinguishes the machine is its automatic potential safety shut-down system. The heater turns off automatically in case/location/situations of:

• Unintended tip-over
• Sensor-detecting overheating
• Cut of the power and voltage instability

This is a guarantee of a safe environment to use the heater, particularly, children, elders, pets, etc.

4. Wide Coverage: Suitable for 11–20㎡

With extremely effective air flow and pinpointed heat control, the heater is good enough for small and medium-sized spaces such as:

• Bedrooms
• Study rooms
• Offices
• Living rooms
• RVs
• Small retail shops

With the help of directional heating the unit can comfortably heat the whole area equally.

5. Quiet and Environmentally Friendly

The machine runs quietly as it is fitted with a highly efficient DC motor and a noise-lowering structural design. Thus it can be put in the bedrooms, quiet areas like libraries, and nurseries. Besides, PTC ceramics have no burning, no releasing of toxic gases, or high electromagnetic radiation, thus the environment is kept clean, and the users receive a safe heating experience.

Application Scenarios

The New 1800W DC Ceramic PTC Heater easily blends in with different surroundings:

Home Use

It is an excellent option for everyday heating in bedrooms, living rooms, kitchens, or bathrooms (provided that the unit is adequately protected against moisture). People living together in the same house will find great pleasure in the quick heating and silent work of the heater.

Office Spaces

The heater can create a comfortable climate even in the cold months of winter in conference and meeting rooms, cubicles, as the well as reception areas without causing any noise that would disturb the work.

Commercial Shops & Small Businesses

Small retail stores, beauty salons, repair shops, or pet grooming centers, etc. can use, thus, the efficient and stable heating capabilities of the device.

Campers, RVs, and Mobile Homes

Thanks to the direct current (DC) power capability and the small size, the heater is a great match for the homes on the go, which are small and compact living spaces.

Workshops & Garages

It plays the role of a supplementary heat source in garages/DIY workspaces during winter, when they are cold.

Production Process

1800W DC Ceramic PTC Heater production involves the following phases under tightly controlled industrial standards that guarantee quality and dependability:

1. PTC Ceramic Material Preparation

The highest quality ceramic materials are handpicked and shaped into PTC elements, then heated to very high temperatures to ensure very stable electrical resistance properties.

2. Electrical Module Assembly

These main components are assembled accurately: a DC motor, safety sensors, circuit boards, and power parts. After assembly, each electrical system is subjected to quality testing.

3. Housing and Structural Design

The outer shell of the heater, usually made of heat-resistant ABS or aluminum alloy, is tightly packed, refined, and checked by quality control staff. Several parts are put together to help air circulation and heating distribution.

4. Safety Testing

Various safety checks are implemented:

• Overheat protection
• Tip-over detection
• Surge and voltage resistance
• Long-term aging tests

5. Final Quality Control

Before the cards are placed, the units are put to a full performance test that includes checks of the thermal output, noise level, and stability to guarantee consistent product quality.

Usage Instructions

By keeping in mind these instructions users will be able to enjoy optimal performance and the device will have a long service life:

1. Setup

• Place the heater on a flat, stable surface.
• At least 1m of space should be left around the device to allow for proper airflow.
• Don't put it near flammable materials or in areas that are overly damp.

2. Operation

• Use a direct current power source that is stable to connect the device to.
• Power the heater on and if there is more than one heating mode, pick the one you want.
• Wait for a few seconds so that the ceramic element can heat up fully.

3. Safety Guidelines

• Never place or cover the heater in a way that blocks its air outlet or inlet.
• Don't push any things into the holes of the heater or any other device.
• If there are kids and pets around, make sure they are far enough from the device when it is running.

4. Cleaning & Maintenance

• Unplug the device before starting to clean it.
• Clean the surface by using a dry or slightly wet cloth.
• Avoid using a corrosive cleaning agent or immersing the device in water.
• Make sure that the air inlet is clean and free of dust at all times.

5. Storage

• Put the heater away when it is not being used in a place that is dry and ventilated.
• Very carefully, wrap the power cord so that it doesn't get ​‍​‌‍​‍‌​‍​‌‍​‍‌damaged.