In the cooling and air conditioning systems, the heating exchanger (condenser) determines the cooling performance of the entire machine. While there are many factors that influence heat exchange efficiency, the copper pipe structure is absolutely the most important procedure. With the continuous increase of high-efficiency standards (like ERP in the EU and AHRI in America), traditional smooth copper pipes are not sufficient to meet the high-efficiency demands from the air conditioning systems. In that case, the inner grooved copper pipe had been developed and quickly become the core material of the high-efficiency heating exchanger in the new generation.

I. What is the "Inner Grooved Copper Pipe"?

Inner grooved copper pipe is to add uniform spiral grooves on walls inside of the copper pipe, forming a structure similar to "micro-threads". This increases its contact area with the refrigerant, significantly changes the state of refrigerant flow, and improves the heating transfer coefficient in the process of evaporation and condensation.

Compared with traditional smooth copper pipe, it has the following features:

· Enlarged inside surface by 20%-60%;

· Increased fluid disturbance leads to increased turbulence;

· Promotes the formation of a uniform film of refrigerant on the inner wall;

· Reduce gas-liquid stratification and improve evaporation efficiency.

II. Analysis of heat transfer mechanisms

Its high heat exchange performance is conducted by the following three mechanisms:

Enhanced Turbulence Effect

The inner groove design forces the production of rotation and turbulence during the flow of refrigerant, which makes more fluid directly contact the inner piping wall, improving the working efficiency of the air conditioners.

Thin Film Evaporation Effect

The thickness of refrigerant liquid film determines the heat transfer resistance in the evaporator. Its spiral design could promote the liquid film with an average distribution between the grooves, which could reduce the dry spots and improve the evaporating uniformity.

Capillary Action and Liquid Redistribution

When the pipes are placed at an angle or vertically, the spiral grooves force the refrigerant liquid to flow upward with the help of capillary adhesion, avoiding a liquid accumulation at the bottom and increasing the entire heat transfer uniformity.

III. Improvement to the air conditioning system  efficiency

Abundant research and experimentation show that:

· 30%-70% increase of the heat transfer coefficient on the evaporators and condensers;

· 15%-20% reduced heat exchange areas under the same exchange capacity;

· 5%-10% increased EER/COP of the whole unit;

· 10%-15% reduced charging weight of the refrigerant.

This means that, under the premise of meeting energy conservation regulations, enterprises could achieve miniaturized design, lightweight production and cost optimization

IV. Applications

Inner grooved copper pipes are widely used nowadays, particularly in wall mounted air conditioners, floor standing AC units, light commercial VRF systems, heat pump water heaters, air-sourced heating appliances, freezers, and so on. For those with high requirements of energy efficiency, inner grooved copper pipes are the basic options for the cooling systems, such as the R32 and R290 series products.

The appearance of the inner grooved copper pipe represents not only a structural innovation in cooling technology but also an absolute result for the upgrade of the energy conservation standards. For the air conditioners with high-efficiency pursuit, the inner grooved copper pipe had become an indispensable core material for their heating exchange design.

In recent years, the heatwave had occurred frequently across the globe. 2024 is one of the hottest years in meteorological record, as many cities had a temperature of more than 40℃ for continuous days. Under such extreme weather conditions, the use of air conditioners rises up sharply. But in the meantime, it also exposed an interesting phenomenon: the more popularized the air conditioners of the city, the "weaker" it would be when facing the heatwave. 

So, can the rate of air conditioning use indicate the urban heatwave vulnerability?

I. Contradiction between surface cooling and systematic heating

The air conditioners truly mitigated the threat from heatwaves individually. For civilians, lowering down the indoor temperature relates to the insurance of life and health, but for the urban system, the popularization of air conditioners will lead to opposite effects:

Cumulative effect for heat emission

When cooling, the air conditioner will exhaust the interior heat to the exterior, making the city temperature higher and higher at night. Research shows that in densely air-conditioned urban areas, nighttime ground temperatures can be 1–2°C higher than in the surrounding areas.

Surged energy burden

During the heatwaves, the electricity demand surges and the city grid shoulders a great burden. Once the power outage occurs, it will lead to "temperature backlash"—the areas that deeply rely on air conditioners will be the most dangerous.

Unbalanced spatial distribution

In high-profile and commercial districts, there are complete cooling systems, while for low-income groups or old districts with a lack of air conditioning or stable electricity supply, these are the heat wave vulnerable areas.

So, the air conditioning penetration rate seems to show the ability of heat resistance; in fact, it may reveal the city's degree of reliance on heatwaves and the risk imbalance.

II. The gap from "own air conditioners" to "withstand heatwaves"

1. Air conditioning penetration ≠ heatwave safety

The higher popularization rate means citizens rely more on mechanical cooling. Once the extreme conditions occur (such as power cuts, appliance malfunctions, and insufficient water supply), the whole city will face a high-temperature crisis. For example, during a power outage in some Indian cities in 2022, there were numerous cases of heatstroke in hospitals and senior citizen communities.

2. Enlarged fragility of the energy system

During the heatwaves, the peak demand of air conditioning units is usually 40%~50% higher than normal. If there is no redundant design of the city grid or the support of new energy, such peak value will increase the system risk.

3. The superposition of urban heat island effect

When the emitted heat from the air conditioners accumulates among the dense buildings, it will strengthen the heat island effect. As a result, people use air conditioners to cool in the daytime and are surrounded by the exhausted heat at nighttime. Such circulation makes cities more passive regarding climate.

III. Air conditioner penetration rate: a sign of "vulnerability"

It's better to regard the air conditioner penetration rate as a vulnerability signal of the climate rather than an index of anti-heat. In high-income and high-penetration-rate cities, it represents an excessive reliance on the cooling system; once it fails to work, the risk increases manyfold. In low-income and low-penetration-rate regions, it exposes the lack of basic means of cooling among citizens and a higher risk of heatstroke, dehydration, etc.

So, there is a "bimodal relationship" between the air conditioning penetration rate and heatwave vulnerability. Too low a rate means a lack of heat protection, and too high a rate reflects the excessive reliance. A really safe city should be equipped with diversifiable mechanisms except for the air conditioning.

IV. Redefine the standards of the "anti-heat city."

It's not enough only to improve the air conditioner penetration rate to reduce the urban heatwave vulnerability from the basis, but also to optimize the structure:

Passive cooling design of the buildings:

Wall insulation, ventilation optimization, reflective roof materials, green roofs, etc.

Diversified energy structure:

Solar air conditioners, energy storage systems, intelligent power grids, and other ways can reduce the burden of the city grid.

Temperature balance in public spaces:

Add cooling centers and shade facilities to old districts, schools, bus stations, and so on.

Climate-monitored urban management:

By timely supervising heat wave exposure and power load to preview the conditions, cooling resources can be scheduled in advance to form a dynamic defense system.

V. KRG's perspective: convert "cooling demand" into "climate adaptation"—a prolonged mindset

As a brand focusing on high-efficiency air conditioning solutions, KRG believes that air conditioning will not only provide cold air but also help cities cope with heatwaves in a more intelligent and more sustainable way.

· We are now developing high-efficiency air conditioning products with low emissions, aiming to contribute to the urban heat islands.

· We are now pushing intelligent control systems with load management technologies to make cooling devices with flexible operation.

· We are now focusing on solutions against heatwaves in developing countries, hoping to reduce the reliance on energy for cooling.

Every home deserves a space that feels inviting, flexible, and uniquely yours. In today’s world of compact apartments and dynamic lifestyles, furniture that adapts effortlessly is no longer a luxury—it’s a necessity. That’s exactly where the 2 seater modular sofa shines, offering comfort, style, and customization all in one timeless design.

Effortless Adaptability for Every Room

Whether you live in a cozy apartment or a spacious home, modular furniture offers the freedom to design your space exactly as you want it. With a 2 seater modular sofa, you can easily rearrange the layout to suit your mood or the occasion.

Want a cozy reading nook by the window? Separate the chaise for a lounge corner. Expecting guests? Reconnect the pieces for a wider, open setup. This flexibility makes modular sectionals not only practical but also creatively liberating.

Compact Size, Big Comfort

Don’t let its smaller footprint fool you—the comfort level is extraordinary. Deep cushions, soft corduroy fabric, and wide armrests create a cocoon of relaxation after a busy day. The sturdy frame supports hours of lounging, while the neutral grey tone enhances a calm, balanced atmosphere.

For anyone furnishing a first apartment, studio, or small living area, modular sectionals for small spaces make the most of every inch. Instead of overcrowding the room, they add a sense of openness and flow—allowing you to enjoy both comfort and visual harmony.

A Style That Blends With Everything

What makes this modular sofa truly special is its versatility in style. The ribbed corduroy texture brings subtle warmth, while its minimalist silhouette fits seamlessly with various interior themes—from Scandinavian and mid-century modern to contemporary urban spaces.

Pair it with a sleek floor lamp, a textured rug, or a few neutral throw pillows, and you instantly have a cozy, design-forward space that feels like home.

Functionality Meets Longevity

Life can get messy—but your sofa shouldn’t suffer for it. The modular design means easier maintenance, as each cushion or section can be removed for cleaning or repositioning. The durable upholstery is made to resist everyday wear, ensuring that your sofa stays beautiful over time.

This practicality makes the 2 seater modular sofa a perfect choice for busy households, pet owners, or anyone who values both comfort and low maintenance.

A Thoughtful Investment for Evolving Spaces

The best part about modular furniture is how it evolves with you. Start with two modules today, then expand your sofa as your space or family grows. Move to a new home? Simply adjust the configuration to fit your new layout.

This adaptability means your investment continues to serve you for years, no matter how your lifestyle changes. It’s furniture designed not just for now, but for the future.

The charm of a 2 seater modular sofa lies in its simplicity and versatility. It turns even the smallest living rooms into comfortable, stylish retreats—without compromise. If you’re designing a compact yet inviting space, modular sectionals for small spaces offer the perfect blend of design freedom, coziness, and functionality.

Sometimes, all you need is the right sofa to transform your house into a home.

As the development of the air conditioning and heat pump systems is moving toward high efficiency, miniaturization, and intelligent direction, the problem of thermal management inside of the compressor has become increasingly prominent. High-frequency speed, enclosed structures, and high power density—these heating generation challenges are questioning the reliability and lifespan of the compressor.

Among many of the new materials, graphene, with its ultra-high thermal conductivity and excellent mechanical properties, is becoming a new focus in compressor cooling technology.

I. Pain point of compressor heat dissipation

As the heart of the air conditioning systems, the compressor will generate a lot of heat from its components, such as the compression chamber, winding, motor, and power module. 

Particularly the compressor for inverter air conditioners, whose frequent speed adjustment and high current density make its heat generation transparent.

If the heat dissipation is poor, it will lead to:

· Motor insulation aging and efficiency decline;

· Deterioration of lubricating oil and exacerbation of friction and wear;

· High cylinder temperature leads to unstable exhaust pressure;

· The electronic control module is overheated and damaged.

The traditional heat dissipation method mainly relies on metal heat conduction and oil/air cooling structure but is limited by thermal conductivity and volume, making it difficult to balance efficient heat dissipation and compact structure.

II. Graphene: A Revolutionary Nanoscale Thermal Conductivity

Graphene, a two-dimensional crystalline material composed of a single layer of carbon atoms, has the following features in thermophysics:

· Its excellent chemical stability and flexibility allow it to be composited with a variety of substrate materials.

· It is ultra-thin and lightweight, enabling efficient heat transfer at micron-level thicknesses;

· Thermal conductivity reaches as high as 5000 W/m·K (compared to approximately 400 W/m·K for copper);

· It possesses both electrical and thermal conductivity, facilitating thermal management in motors and power modules.

· In case of that, graphene is becoming an ideal material for thermal interfaces and heat dissipation enhancers for compressors.

III. The main applications of graphene in compressors

1. Heat dissipation of motor windings and stator

As for the inverter air conditioners, the key factor of the compressors at lower performance is the heating of the motor winding. Adding a graphene composite resin coating to the insulation layer of the winding could improve the thermal conductivity efficiency between the stator and the casing, thus reducing the temperature by 5-10℃. This not only improves motor efficiency (IE level) but also extends insulation lifespan.

2. Thermal interface of electronic control module (PCB/IGBT)

Replacing the traditional silicone grease or aluminum oxide fillers, graphene thermal conductive film is usually adopted between motherboards and the heat sinks, which has lower thermal resistance and better thermal stability. It significantly drops the temperature of the boards in the air conditioners.

3. Heat dissipation enhancement coating for compressor casing

A graphene composite coating can cover the compressor casing surface, forming a high thermal conductivity and radiation heat dissipation composite layer. When operating at high ambient temperature (>45°C), the coating can accelerate the heat release of the shell and prevent the oil temperature from being too high.

4. Lubricant additives and optimization of thermal conductivity

Adding graphene nanoparticles to refrigeration oil has been attempted in some research, aiming to improve the thermal conductivity and wear resistance.

Research shows that oil film has an improved thermal conductivity of 30% and a friction coefficient of 10%.

IV. Technical Challenges and Engineering Breakthroughs

Although graphene has broad application prospects, mass application in compressors still needs time to overcome many challenges:

· Dispersion and interface bonding issues:

Graphene has the feature to aggregate easily, which makes it hard to distribute evenly and necessitates surface modification or composite technology.

· Cost for both provider and consumers:

Graphene materials are more expensive than traditional ones, making it a challenge to balance the performance and cost.

· Stability:

It is unknown whether or not the graphene layer will detach or react in high-temperature, high-pressure, and oil-gas mixed environments. It takes time to proof.

In the future, the compressors will no longer rely on large metal blocks but will be optimized through special materials to achieve micro thermal conductivity. As a new generation of thermal management material, graphene will be combined with AI control and intelligent temperature sensing technology to achieve higher COP and more stable operating conditions for the air conditioning units.

Nowadays, the competition in the air conditioning market is becoming more and more fierce, while large-capacity and high-energy-efficiency machines seem to be the mainstream. But in the meantime, a new trend is silently emerging-- the small-capacity machines. They do not mean to be backward to the "lower class," but instead to redefine the balance of comfort and efficiency in more niche and precise application scenarios.

I. New demands from spatial fragmentation

As the spaces diversify in both residential and commercial use, the large-scale cooling and heating situations will be replaced with fragmented spaces.

New types of rooms are constantly emerging, such as homestays, mobile houses, shared offices, and so on. Customers are focusing on local comfort and energy consumption control, looking for coolness where they stay rather than whole-room cooling. Light commercial buildings, particularly the small dining halls, barbershops, and other places where the energy-saving and flexible installation is the first concern.

II. Small capacity ≠ Low Performance

In the previous years, small capacity machines meant slow cooling, low energy efficiency, and a short lifespan. But now, the technology innovation is giving them a new life.

The popularization of inverter technology

The adoption of a low-power inverter compressor allows small models to work with low loads and at high efficiency, achieving precise temperature control and energy savings.

High-efficiency heat exchange design

Hydrophilic aluminum foil, internally threaded copper tubes, and other new materials are adopted, allowing its compact structure to have an excellent heat exchange performance.

Smart control

Wi-Fi control, remote monitoring, scheduled operation, and other intelligent operations can be achieved on small air conditioners, providing an uncompromising operating experience.

III. Unique Advantages of Small air conditioners

Low Power Input/Output

9000 BTU (1 horsepower) or less capacity will be sufficient for localized cooling needs. It is better than other large machines in energy efficiency and power consumption.

Flexible installation

Small body, quick installation, and without space limitations. It is suitable for any type of building.

Easy Maintenance, Low Cost of Use

The compact design and standardized components reduce ongoing maintenance and replacement costs, making it ideal for short-term locations such as rental properties and pop-up stores.

We are a professional air conditioner manufacturer; if you have any questions about our products, please feel free to contact us!

Under the dual pressure of the "dual carbon goals" and the energy crisis, countries around the world are accelerating the upgrading of energy efficiency standards, and the air conditioning industry is standing at a new policy turning point.

I. Global energy efficiency standards are becoming stricter: From initiative to mandate

1. The European and American markets are in a leading position: the European Union's implementation of the Energy Related Products Directive (ERP) and the new EPBD, and the United States' promotion of SEER2 standards have significantly raised the energy efficiency access threshold.

2. Emerging markets follow suit: Southeast Asia, Latin America, and other regions have also successively introduced localized energy efficiency labels and minimum energy efficiency value systems. Enterprises that export globally need to adapt to these (energy efficiency) requirements simultaneously.

3. Rising costs of testing and certification: More complex testing processes and certification systems require enterprises to invest more in research and development and compliance budgets.

II. Corporate strategy adjustment under compliance pressure

1. Strengthen R&D investment: Through technological innovations such as high-efficiency compressors, intelligent control systems, and environmentally friendly refrigerants, improve energy efficiency levels to reduce long-term costs.

2. Supply chain collaboration: Jointly develop energy-efficient solutions with parts suppliers to create an energy-saving closed loop throughout the entire process from design to production.

3. Data management: Introduce the deployment of energy consumption monitoring and product life cycle tracking system to ensure that it is always in line with policy requirements. 

III. From "passive coping" to "active transformation"

1. Enterprises should take compliance as an opportunity to enhance brand influence and enhance competitiveness and seize the market share of energy-efficient products.

2. The accelerated tightening of policies will drive an industry reshuffle. Those enterprises that have made early preparations for energy-saving technologies and green manufacturing will benefit first.

The tightening of global energy efficiency policies is not a threat but a driving force for the high-quality development of the air conditioning industry.

As an air conditioner manufacturer, we call on industry partners to join hands and move forward together with higher energy efficiency standards and more environmentally friendly designs to provide truly sustainable heating and cooling solutions for the global market.

In the air conditioning system nowadays, the compressor is the core part that achieves cooling circulation, which directly determines the efficiency, stability, and lifespan of the whole machine. With the popularization of inverter technology, the compressor types are being evaluated continuously, in which "Twin Rotary Compressor" and "Single Rotary Compressor" are the two common compressor types. They work similarly in structure but differ apparently in efficiency and performance.

I. Structure comparison: Single rotary—simpler; twin rotary—more balanced

A single rotary compressor has only one eccentric rotor inside, which rotates to drive the rolling piston in the compression chamber to complete the suction and compression process, while a twin rotary compressor has two rotors that have a phase difference of 180°, operating simultaneously in the same body.

The greatest advantage of this "dual-rotor coordinated compression" structure is torque balance. The two rotors offset inertial vibrations, making the compression process smoother and significantly reducing operating noise and mechanical vibration. This design is suitable for places that are sensitive to noise, such as offices, hotels, bedrooms, etc.

II. Efficiency: Twin rotary is better for inverter air conditioners

There are two restrictions on the compressor efficiency: volumetric efficiency and mechanical losses. Single rotary compressors experience increased leakage at high speeds, significantly reducing volumetric efficiency. Dual rotary compressors use alternating compression chambers, which provide more continuous airflow and a more even compression load, maintaining higher volumetric efficiency.

Under the same operating conditions, the energy efficiency ratio (EER/COP) of a twin rotary compressor is typically 5% to 10% higher than that of a single rotary compressor. Especially under low-frequency operation (partial load), the twin rotary compressor maintains stable operation, minimizing fluctuations in cooling efficiency. DC inverter technology, high efficiency, and energy-efficient air conditioners are conducted with such features.

III. Sound and stability: Twin rotary is better

With a torque-balanced design, the twin rotary compressor has less vibration, lower noise, and less bearing wear during operation.

On the contrary, a single rotary compressor has higher eccentric loads during an operation with a longer period and higher frequency. It will increase the vibration and noise and decrease the lifespan.

So the twin rotary compressors are not only quiet but also more durable when operating. In that case, it is widely used in high-end residential air conditioners and light commercial models.

IV. Cost and Application

Twin rotary compressors have a more complex structure and require advanced machining precision, increasing manufacturing costs. For entry-level (fixed frequency) non-inverter air conditioners, a single rotary compressor is an ideal choice with good performance and considerable cost.

For higher energy efficiency, comfort, stable operation, and long-period reliability, the value of a twin-rotor compressor far outweighs the price difference.

In short, relying on their high efficiency, low noise, and stable operation, the twin rotary compressors are now steadily becoming the prior choice for high-performance inverter air conditioners. As for single rotary compressors, it is still possible to be in the top position for economical air conditioning models because they are mature and cost-effective.

Soon, with the further improvement of compressor manufacturing precision and control algorithms, the twin rotary technology will keep driving the air conditioning products towards higher energy efficiency and lower energy consumption.

I. Global policies are tightening, and standards are constantly rising.

1. Countries have successively introduced higher energy efficiency thresholds, and traditional equipment is gradually being phased out.

2. On Google's hot search list, the popularity of "green buildings" and "energy efficiency standards" continues to rise.

3. Environmentally friendly refrigerants and high-efficiency units will become the mainstream choices in the future.

II. Contractors: New challenges are faced in construction and design.

1. When choosing an air conditioner for commercial and residential usage, you must meet the upgrade requirements of the energy efficiency ratio (EER/SEER).

2. The system design pays more attention to pipeline layout and energy consumption optimization.

3. Project delivery should take into account the energy-saving effect during long-term operation.

III. Developers: Dual Considerations of Investment and Operation.

1. The initial investment cost increases, but it can reduce the energy consumption expenditure in the later stage.

2. Once the project does not meet the preset requirements, not only may there be compliance-related problems in the acceptance process, but also there will be compliance risks in the subsequent operation process.

3. High-efficiency projects are more conducive to enhancing the value and market competitiveness of buildings.

IV. Future Trends: Challenges and opportunities are intertwined.

1. The promotion role of the policy level will be further highlighted, forcing enterprises to speed up the pace of green transformation. 

2. For engineers and developers, relying on differentiated energy-saving solutions is expected to build a unique competitive advantage.

3. The combination of high energy efficiency and intelligence may become the next breakthrough point in the industry.

As a professional air conditioning manufacturer in China, we are willing to work with engineers and developers to upgrade energy efficiency and help the green transformation of the industry.

A well-designed sofa is more than just seating—it’s the heart of your living room. The 7 Seater Brown Leather-Matched Modular Couch brings together comfort, craftsmanship, and style, making it a smart and lasting choice for modern homes. Whether you’re hosting guests or relaxing after a long day, this brown leather sectional sofa adds warmth and elegance to every moment.

Sophisticated Design That Never Fades

Brown leather is synonymous with timeless style. It adds an inviting, grounded touch to any space while complementing a wide range of color palettes and decor styles. The modular layout allows you to personalize the arrangement, whether you prefer a classic L-shape or a more open, conversational setup. This flexibility makes the brown leather sectional sofa perfect for evolving spaces and lifestyles.

Built to Last Through the Years

Durability is one of the strongest arguments for choosing leather furniture. The natural resilience of leather means it resists wear, tear, and sagging even after years of use. Unlike fabric sofas that fade or stain easily, leather develops a beautiful sheen over time, enhancing its character. The 7 Seater Brown Leather-Matched Modular Couch isn’t just built for comfort—it’s built to endure daily life with grace.

Comfort That Adapts to You

Every element of this modular couch is designed with relaxation in mind. The generous seating, soft padding, and ergonomic backrest make it ideal for families or anyone who loves spending evenings in comfort. The modular structure means you can easily adjust the configuration to create more lounging space or a cozier setting for movie nights.

Effortless Upkeep for Busy Homes

One of the biggest advantages of a leather sofa is how easy it is to care for. A quick wipe is usually all it takes to keep it clean. Spills, dust, or pet hair won’t easily stick, making it a practical choice for households with kids or pets. With minimal maintenance, your brown leather sectional sofa will retain its elegant look and luxurious feel for years.

Sustainable Luxury

Investing in high-quality, long-lasting furniture is one of the simplest ways to make eco-conscious choices at home. The 7 Seater Brown Leather-Matched Modular Couch is a sustainable option because it eliminates the need for frequent replacements. Its sturdy frame, premium upholstery, and replaceable sections ensure longevity—reducing waste and promoting mindful consumption.

Enhancing Your Living Experience

Beyond its practicality, this sofa elevates your living space both aesthetically and functionally. The built-in modular system offers endless arrangement possibilities, while the brown leather adds a rich, organic tone that makes your home feel instantly more welcoming. It’s not just furniture—it’s a statement of taste and lifestyle.

Choosing the 7 Seater Brown Leather-Matched Modular Couch means investing in more than just a seating solution. You’re choosing durability, elegance, and flexibility all in one piece. Its classic appeal, effortless maintenance, and superior comfort make it a smart addition to any living room—one that will continue to look and feel exceptional for years to come.

In the pet product market, a pet stroller that combines convenience, comfort, and safety can greatly enhance the pet owner's experience. The PC206 Pet Stroller, as a newly developed flagship product, stands out with three core advantages: one-touch gravity folding, removable and washable sleeping basket, and shock-absorbing swivel wheels, making it the ideal choice for medium to large pets.

1. One-Touch Gravity Fold + Self-Standing Design for Easy Storage  

Traditional pet strollers are cumbersome to fold, but the PC206 features a new triple-fold frame design that allows for one-touch gravity folding with just one hand. When folded, it is compact (450×280×670mm) and can stand on its own for easy storage. The sandblasted aluminum frame is lightweight (net weight 6.5kg) yet supports up to 20kg, making it perfect for medium to large dogs or cats, whether for daily walks or travel.

2. Fully Removable & Washable Fabric + Breathable Sleeping Basket 

Cleaning pet strollers is a common pain point, but the PC206 solves this with its removable and washable sleeping basket fabric, cushion, and canopy, made from durable 600D Oxford cloth and drip-proof mesh. The sleeping basket is thoughtfully designed with:

• A front-entry pet door for easy access;

• A rear storage pocket for snacks and toys;

• Ventilation mesh + privacy curtains on both sides for airflow and shade;

• An adjustable safety leash inside to prevent pets from jumping out.
  
  

3. Shock-Absorbing Swivel Wheels + Dual Brake System for Smooth Handling

Bumpy terrain can make strollers unstable, but the PC206 is equipped with 6" front swivel wheels + 7" rear fixed wheels, both with shock-absorbing springs to minimize bumps. The rear wheels feature a one-step dual brake for secure parking on slopes. The rubber tread tires provide excellent grip, while the PU leather handle ensures comfort during long walks, making it ideal for parks, cobblestone paths, and other outdoor settings.

Why Choose the PC206 Pet Stroller?

• Optimized Space: Unfolded height of 1030mm with a 220mm canopy, allowing pets to sit or lie down comfortably;

• Upgraded Details: Plastic buckle canopy, chew-resistant mesh for durability;

• Portable & Practical: Lightweight yet sturdy with aviation-grade aluminum and nylon fabric.

•  

Whether for daily strolls or short trips, the PC206 redefines pet travel with its "smart folding + easy cleaning + smooth handling" trifecta. Try this gravity-fold pet stroller today and give your furry friend a comfortable ride!