2026 Range Hood and Gas Stove Buying Guide

Matrix Selection July 27, 2026 19 min read Zhenjiao Haonan Former PR practitioner and financial media writer. Now an electrical appliance purchaser 🥳 19 min read Matrix Homepage Recommendation Matrix is the writing community of Sspai. We advocate sharing authentic product experiences, practical experiences, and thoughts. We periodically select the highest quality Matrix articles to showcase the most genuine experiences and opinions from users. The articles represent the author's personal views, and Sspai only makes minor modifications to the title and layout. Note: This article is based on my own work experience. marvis assisted in polishing some of the content, but the outline and first draft were completed by myself. AI creation does not affect the core ideas of the full text, so please rest assured while reading. It has been a while since the last refrigerator buying guide. I originally wanted to write a washing machine buying guide as requested by readers, but this year both range hoods and gas stoves are facing changes in national standards. I felt it was more important to cover a range hood and stove buying guide first. The new national standard for range hoods is (GB29539-2025), and the new national standard for gas stoves is (GB30720-2025). For other products, standard changes usually happen all at once at a fixed time. Although we usually buy range hoods and stoves as a set, they are two separate products, and their standard transition timelines are completely separate. Gas stoves began enforcing the latest national standard in March this year, while range hoods won't enforce the new standard until November. Therefore, buying a range hood and stove this year will inevitably lead to a mix of old and new standard products, making it extremely easy to fall into pitfalls. How do you buy the right range hood and stove during this year of standard transition? We must start with what exactly changed in the new and old standards. What exactly changed in the new and old standards for range hoods and stoves? The new national standard for gas stoves was implemented in March. Let's talk about the standard changes for gas stoves first. Here is a comparison table. Looking at the standard parameters, although the new standard simply raised the parameters for Level 1 energy efficiency, there is a lot of hidden complexity. Previously, many basic range hood models controlled costs by barely meeting the Level 1 energy efficiency line. After the implementation of the new standard, they dropped to Level 2 energy efficiency. Many older products have also pushed thermal efficiency to 70% over the years, but the new standard changed the testing method, so the 70% thermal efficiency under the old and new standards is actually slightly different. During this transition between old and new standards, inventory has not yet been fully digested, so you must pay attention to what the energy efficiency label actually says. The new standard for range hoods hasn't been replaced yet, but the new standard actually brings even bigger changes to this category. The most perceivable change is the odor reduction rate. The old standard required a 90% reduction in half an hour; because the standard was so lenient, basically any range hood could achieve it. The new standard requires a 60% reduction within 3 minutes, which provides an excellent guarantee for the smoke extraction effect in open kitchens. The second is full-pressure efficiency. Previously, many products simply competed on the most intuitive metric—air volume—but low full-pressure efficiency meant that buying a high-air-volume range hood didn't necessarily yield good results. Under the guidance of the new standard, simply buying a Level 1 energy efficiency new product can ensure that the performance of the hood and stove won't be poor. How should we choose range hoods and stoves during this transition between old and new standards? I thought about it, and the simple summary is: for stoves, look for Level 1 energy efficiency under the new standard; for range hoods, still look at the parameters for now. Let's break this down below. Range Hoods: Still Look at Air Volume and Static Pressure Hard core parameters: Air volume and static pressure It's not that I don't want to recommend range hood products that meet the new national standard in advance, but currently range hoods are not yet labeled according to the new standard. Before the new standard is implemented, we still have to choose range hoods based on the two dimensions of air volume and static pressure. Here is a parameter grading table you can directly copy, allowing you to see the tier of different range hoods at a glance. Note that if you live in a high-rise residential building and use a public flue, you must choose a minimum static pressure of around 1000pa. The biggest role of high static pressure is to combat the pressure of flue congestion during peak hours. If you live in a high-rise building, the lower your floor, the higher the static pressure you need to choose. Reading this, you might still not know how to choose a range hood. This brings us to another important aspect of range hoods—hood structure. Mainstream Structural Types The structures of range hoods are currently mainly divided into the following five types: under-cabinet (top suction), side suction, dual suction (top and side), ultra-thin flat built-in, and fully concealed built-in. Aside from fully concealed built-in, which is currently only used in high-end models, the other 4 types are widely distributed across all price ranges. Under-cabinet (Top Suction) Top suction is the most basic range hood style. Because it appeared earliest, top suction is currently widely found in low-end models, with fewer high-end options. The advantage of top suction is that because the fan is placed on top, the whole machine is quite simple. Especially with product updates, new top suction models are generally made ultra-thin, making the overall product even simpler. The biggest problem with top suction hoods is that since the machine protrudes a bit, it's easy to bump your head while using it. I believe friends who have used top suction hoods have encountered this. Even though hoods are moving towards ultra-thin designs, this problem still hasn't been solved. Side Suction The side suction mentioned here refers to the most basic side suction, excluding its evolved variants like dual suction and ultra-thin flat built-in. This most traditional side suction currently only exists in various low-end and entry-level products. If the performance doesn't even reach the basic models mentioned above, I suggest giving up on choosing this style. Dual Suction (Top and Side) This structure is a range hood that combines top suction and low side suction. Its biggest advantage is the addition of a bottom low-suction inlet, so that cooking fumes are sucked away just as they rise, ensuring excellent smoke extraction. Moreover, the top suction part can be narrowed, ensuring the entire hood aligns with the wall cabinets, improving the aesthetics of the whole kitchen. Ultra-thin Flat Built-in More and more kitchen designs now emphasize integration and aesthetics. Under the guidance of interior design trends, combining the characteristics of top and side suction, ultra-thin flat built-in range hoods emerged. To ensure the hood finally aligns flush with the kitchen wall cabinets, the thickness of these products is controlled at 350mm, and the hood sinks slightly into a side-suction state, guaranteeing a certain smoke extraction effect. Fully Concealed Built-in What should you do if you want the range hood to be extremely minimalist in the kitchen? The answer is to hide it inside the wall cabinet. What if the effect is poor? The solution is to lower it when in use and raise it when not in use, giving rise to the fully concealed built-in range hood. Of course, limited by the cost of the lifting mechanism and new product positioning, products with this structure currently basically only exist in flagship models. Additional Features In addition to the main smoke extraction function, range hoods have many small features. Let's briefly review them here. Practical and Worth Choosing Wave Control: Wave control is very useful. When cooking, if your hands are greasy, pressing buttons can easily dirty the hood's control panel. With this feature, you can easily turn the range hood on and off. Currently, this feature is basically standard. Hood-Stove Linkage: The hood automatically turns on when the stove is ignited and automatically delays shutting down when the fire is turned off. It's very convenient to use, and now mid-range and above products basically come with this feature as standard. Automatic Cleaning: After a range hood is used for a long time, the accumulation of grease will affect suction. The best solution is to disassemble and clean it. But a single disassembly and cleaning basically costs over 200 RMB, and doing it once a year is not cheap. Currently, based on price and effect, range hood self-cleaning is roughly divided into 4 tiers. Spin-dry: The hood's fan wheel spins at high speed in self-cleaning mode to throw off grease. The effect... is only better than nothing. Heating and Melting: The reason spin-dry isn't very effective is that grease solidifies on the fan wheel over time. The simplest solution is to melt the old grease and then spin it out. This principle involves adding a circle of heating wire to the fan wheel. The effect is much better than spin-dry, but there are also many drawbacks, such as only melting the areas with the heating wire. It's basically helpless against the inner walls of the hood and dead corners of the fan wheel. Water Wash: Water washes very comprehensively, basically covering all the gaps inside the smoke chamber. Water washing is also divided into two types. The most basic is cold water wash, spraying cold water into every corner of the chamber to ensure every corner is cleaned. But the effect of cold water on stubborn grease is still not good, so there is the steam wash upgrade solution. Steam Wash: Steam wash is basically the best technology for cleaning range hoods. When you look for door-to-door cleaning services, the equipment used by the technicians is steam cleaning. Currently, some manufacturers dare to promise that range hoods using this feature, as long as they are cleaned regularly, can maintain undiminished suction power for 10 years. Acceptable Features Without Extra Cost Air Purification: The air purification function of a range hood is ventilation. By integrating a PM2.5 sensor, automatic ventilation can be achieved. If you open the farthest window in your house and close the others, it can achieve whole-house ventilation, and the effect might be better than a fresh air system. Smart Home: Smart home can be considered a bonus feature. For the range hood category, absolutely do not put this feature in the first tier of your priority list. Currently, the core functions of hoods and stoves are still smoke extraction and cooking; smart home is not needed. Useless, Unnecessary Extra-Cost Features Large-screen entertainment, connected audio-visual, and voice control. These are purely joke features. The first two go without saying, and the third seems useful but is actually completely inaudible when stir-frying. Moreover, the voice modules of many range hoods require extra money. Some say voice can control the air volume, but this is completely unnecessary. Better range hoods now have automatic air volume control, which can automatically adjust the volume based on smoke density. Please never pay for completely useless features. Gas Stoves: Core Parameters Explained Simply Hard Core Parameters Thermal Load: Conventional home fire power range, avoid falsely labeled ultra-high power models Thermal load is the size of the fire. The current common thermal load is 4.2-5.2 kW. One thing to note here: the national standard stipulates that the thermal load of a single burner for household gas stoves cannot exceed 5.23 kW. Now, many off-brand stoves falsely label their products or sell commercial stoves as household ones in pursuit of high fire power. Gas management regulations prohibit the installation of commercial gas appliances in homes. They pose safety hazards, and gas companies can refuse to connect the gas, issue rectifications, and penalize. Never buy these stoves. Thermal Efficiency: The top priority reference standard for stoves in 2026 (the national standard has been changed) Thermal efficiency refers to how much heat is transferred to the cooking for the same amount of fire power. For example, for a 5.2 kW stove, 63% thermal efficiency means 5.2 kW × 63% = 3.276 kW effective fire power, while 70% thermal efficiency means 5.2 kW × 70% = 3.64 kW effective fire power. The higher the thermal efficiency, the faster the temperature rises and the more gas is saved, significantly reducing gas bills over long-term use. For stoves manufactured after March 2026, prioritize Level 1 with ≥70% thermal efficiency; 64% is only Level 2; below 59% is unqualified. At this stage, there are still many old stock Level 1 stoves with 63% efficiency. Their energy-saving performance is inferior to the new Level 2 stoves with 64%. Don't be deceived when purchasing. Drip Pan Material: Stainless steel, enamel When buying a stove, paying attention to thermal efficiency and thermal load is basically enough. For stoves, there is a small detail regarding usage and maintenance to note—the drip pan under the burner. I believe many people have experienced boiling over while stir-frying or making soup, and the subsequent cleaning is quite troublesome. There are two common materials for drip pans: stainless steel and enamel. Generally speaking, enamel drip pans are easier to maintain. Additional Features In addition to the core fire power, current hoods and stoves have some quite practical features. You can choose based on your actual needs. Timed Flame Out Timed shut-off goes without saying. It automatically turns off the fire for soups and stews at a set time, requiring no专人 supervision. Very, very convenient. Dry Burn Protection Some friends may have experienced putting a pot on the stove, forgetting to turn off the fire, and burning a hole through the bottom of the pot. In fact, forgetting to turn off the fire not only damages cookware but also easily causes household fires, which is extremely dangerous. Dry burn protection adds a contact sensor in the center of the stove, which can directly detect changes in pot temperature. When the water in the pot boils dry, the sudden temperature change triggers an automatic flame out. This feature is very practical for home fire safety. Now, based on this dry burn sensor, flagship models have also introduced a pot temperature recognition function, which is very useful when frying or boiling milk. Home Renovation Design Special: Combining current trends to create a modern kitchen Writing up to this point, the plan was to wrap up. But after finishing the buying guide on "what to buy," it always feels like something is missing if we don't talk about "how to install after buying." Currently, mainstream brand hoods and stoves, even basic models, have core performance sufficient to meet the daily stir-frying and stewing needs of ordinary households. For self-occupied renovations, there is absolutely no need to pursue top configurations or extreme performance. In the current climate of generally excessive hardware performance, we should jump out of single-product thinking and consider kitchen layout from the perspective of a whole-house renovation. Below, combining 2026 home renovation trends and product trends, I will share a set of kitchen design ideas. Spatial Trend: From Closed Cooking → Socialized Borderless Kitchen Open kitchens are becoming more and more popular. Specifically applied to kitchen renovations, it can be summarized into three major manifestations: More Transparent Space Open and semi-open layouts have become mainstream. The core reason is that the functional attributes of the kitchen have fundamentally changed. In the past, the kitchen was a place to close the door and cook head-down. Now, families prepare food together, chat, and take turns cooking, making the kitchen one of the most important social spaces in the home. Knocking down walls, making glass partitions, and using islands instead of solid doors are essentially responding to this trend—so that the person cooking is no longer locked in a "small dark room." More Refined Workflow In current new home renovations, as long as the floor plan isn't bad, the kitchen will basically follow the golden triangle layout of "wash → cut → stir-fry," minimizing invalid walking distance. A more particular approach also uses high-low counter design—the sink area is 8-10 cm higher than the stove area, adapting to the height of the main cook in the house. Washing vegetables without bending over and stir-frying without raising the arms—this is true ergonomics. These details might not seem like much before installation, but once you move in and use them every day, the difference shows. De-mechanized Visuals The changes on the appliance side are more intuitive. Fully built-in and fully concealed kitchen appliances are increasing: range hoods can be retracted into wall cabinets when not in use, and dishwashers and sterilizers can be customized with front panels to blend completely with the cabinets. The kitchen looks less and less like a "kitchen" and more like a natural extension of the living room. This puts higher requirements on the exterior design of range hoods—the ultra-thin flat built-in and fully concealed built-in structures mentioned in the third part above are essentially serving this trend. Product + Series Trend: Ultra-thin Built-in, Whole-House Kitchen Appliance Integration Based on the spatial trends above, we can have a clear objective during renovation. Specifically, we can start from the following four directions. Appliance Selection: Ultra-thin Flat Built-in / Concealed Design When choosing kitchen appliances, skip those bulky traditional top and side suction hoods and go straight to ultra-thin or even retractable concealed models. An ultra-thin range hood with a thickness controlled within 350 mm almost "disappears" visually after being built into the wall cabinet, making the entire cabinet area look clean and neat. Similarly, try to choose fully built-in styles for dishwashers and steam ovens, so the front panels can be uniformly customized with the cabinets. Concealed Pipeline Layout If you spend a lot of money on a beautiful set of cabinets, what ruins the aesthetics the most? The answer is simple: exposed gas pipes, water heater hoses, smoke pipes, and socket cables. These pipelines crawling on the wall like a spider web will ruin even the best cabinets. Now, many new kitchen appliances consider pipeline storage during the design phase—for example, water heaters can be installed wrapped in a cabinet body or come with a native decorative cover. Pre-planning pipeline concealment during renovation doesn't cost much, but the effect is worlds apart. Unified Materials and Colors Appliance panel materials have progressed rapidly in recent years. Glass, brushed, and matte finishes look better and better, but the problem is that they are ultimately not the same family as the cabinet boards. A brushed stainless steel dishwasher embedded in the middle of a row of matte gray cabinets looks jarring no matter how you look at it. Fortunately, there is a solution now—the front panels of many built-in appliances can be customized separately, directly covered with the same cabinet boards, achieving the exact same color, texture, and border as the surrounding cabinet doors. This way, whether your home is natural wood, minimalist, or light luxury style, the appliances can blend in perfectly. Kitchen Appliance Series Friends renovating in the past two years definitely have one pain point: when doing research on appliances, you choose them one by one. Each looks good individually—the range hood is Fotile, the dishwasher is Midea, the refrigerator is Haier, and the water purifier is Angel. But after installation, you find that these appliances have varied colors, inconsistent border thicknesses, and completely different styles. What's more frustrating is that each brand has its own app, and you have to create a separate folder on your phone screen to hold them. Because this pain point is so painful, major brands have been pushing "series-ization" in the past two years. Not only are hoods and stoves sold in sets, but refrigerators, dishwashers, water purifiers, and steam ovens are also gradually being incorporated into the same series. Products in the same series have a unified appearance—same color, same texture, same borders, and same operating logic. The entire kitchen maintains a high degree of consistency from visual to experience, completely bidding farewell to the patchwork and disjointed feeling caused by mixed buying. Currently, mainstream brands like Fotile, Robam, Vatti, and Midea all have their own series solutions. Before renovating, you can look at these series products first, and then add or remove individual items within this framework as needed, which is much less worrisome than piecing things together. Floor Plan Adaptation: Kitchen Design Implementation Plans for Different Areas I talked about trends and product directions above, but when it comes to actual renovation, the strategy is completely different depending on the size of the floor plan. Small kitchens are most afraid of being constrained, large kitchens are most afraid of being empty and cold, and conventional floor plans test your ability to make trade-offs. Below is a breakdown by three types of floor plans. Small Floor Plan (Interior kitchen ≤ 6㎡) The core problem of a small kitchen comes down to one word: not enough. Not enough counter space, not enough storage, and no room to turn around with two people standing. So the primary goal of design is to "squeeze every centimeter." First is the layout. If the area is this small, a closed kitchen is basically a stuffy box. I suggest decisively going for an open or semi-open layout. Knock down non-load-bearing partition walls, and use an island or bar counter as a regional boundary. This not only releases the sense of space, but the island itself can also serve as a three-in-one operation table + dining table + storage cabinet, serving three purposes at once. An open kitchen in a small kitchen requires higher smoke extraction capabilities from the range hood—so when choosing a hood for a small apartment, the static pressure and air volume capabilities must be maxed out. Second is the storage logic. Try to make all base cabinets drawers rather than flat-opening doors; the utilization rate of drawers is at least 40% higher than shelves. Wall cabinets should go all the way to the ceiling, leaving no dust-collecting gap. Don't waste the walls either. There are now enamel wall panels—this way, knife racks, hanging rods, and wall-mounted trash cans can all go on the wall, freeing up the counter space. Moreover, magnetic components can be adjusted at any time. Very convenient. There is another point ignored by many: appliance size. In small kitchens, don't blindly pursue large-sized dishwashers or large double-door refrigerators. Measure the dimensions in advance, choose a dishwasher specifically designed to fit under the stove, and an ultra-thin foamed refrigerator with a large capacity and narrow width. This way, space can be saved to the extreme. Conventional Floor Plan (Interior kitchen 6~1...