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ABOUT US
Be grateful to meet and serve with heart
Ningbo Sky commodity Commodity, the company was established by Skygroup Team in 2006 Year.

We are a China professional triggerers and sprayers manufacturers and wholesale spray bottle factory.

Our company is close to Ningbo, shanghai port, and our markets are Austria, Spain, USA, UK, Greece, Africa and also China market. SkySprayer is the logo of the company, Sky means Strong, Key, Young. Let’s stronger together is the key to making our life younger. Our company's philosophy is great love and altruism.
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Our products
50ml Airless bottle with colors
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30ml White lotion pump with tip
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50ml Airless bottle with printing
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50ml Airless pump lotion bottle cosmetic plastic airless bottle
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PP plastic cosmetic airless pump bottle
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30ml Crimp type airless bottle
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Cream bottle with transparent cap
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Perfume bottle with printing in drak blue color
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Our services
Whether you want to become our partner or need our professional guidance or support in product selections and problem solutions, our experts are always ready to help within 12 hours globally.
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Reply patiently
Reply patiently
For any questions and feedback from customers, we will reply patiently and meticulously.
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How to customize dedicated Trigger Sprayers for agriculture and horticulture? In agriculture and horticulture operations, spray equipment is one of the core tools for plant protection management, nutrient supplementation, and pest control. Although traditional standardized Trigger Sprayers can meet basic needs, they often have problems of insufficient efficiency, poor adaptability, or low durability in actual applications. For this reason, customizing dedicated Trigger Sprayers for agriculture and horticulture scenarios has become a key breakthrough in improving operational efficiency.1. Professional design of materials and structuresAgriculture and horticulture scenarios have extremely high requirements for the corrosion resistance, pressure resistance, and environmental adaptability of sprayers. For example, pesticide spraying requires container materials to resist the erosion of acidic or alkaline agents, while horticultural scenarios may involve high-frequency ultraviolet exposure. It is recommended to use polypropylene (PP) or high-density polyethylene (HDPE) as the main material, and add UV inhibitors and chemical stabilizers to extend the life of the equipment. In addition, in response to the large-scale needs of field agriculture, a nozzle structure with pressure compensation function can be designed to ensure a stable atomization effect in long-distance pipelines or continuous operations.2. Capacity and spray mode scene adaptationThe needs of agriculture and horticulture are significantly different: field operations require large-capacity (1-5 liters) sprayers to reduce the frequency of refilling, while horticultural fine operations prefer portable small-capacity (0.5-1 liter) designs. Modular design makes the capacity adjustable, such as using detachable liquid storage tanks and quick interfaces, which can flexibly adapt to different scenarios.In terms of spray mode, agricultural spraying usually requires wide-area coverage (such as fan nozzles) or precise orientation (such as cone nozzles), while horticulture may pay more attention to atomization uniformity. Customized solutions can integrate multi-nozzle switching systems, and users can adjust the droplet size and spray angle with one click according to the crop type (such as fruit trees, vegetables or flowers), thereby reducing the waste of pesticides.3. Ergonomics and intelligent function upgradesThe continuous operation of traditional Trigger Sprayers can easily cause hand fatigue and affect work efficiency. Optimizing the handle curvature, adding anti-slip textures, and introducing a lever-saving structure can reduce the operating force by 30%-50%. For greenhouses or facility agriculture, IoT sensors can also be integrated to monitor spray volume and pressure data in real time, and generate operation reports through Bluetooth connection to mobile phones. This type of intelligent upgrade is particularly suitable for organic farms or export-oriented planting bases that require compliance records.4. Balance between cost and sustainabilityCustomization is often accompanied by rising costs, but through large-scale production of core modules and the use of recyclable materials, the total cost can be effectively controlled. For example, standardizing vulnerable parts such as nozzles and seals, while customizing liquid storage tanks and handles according to demand, not only reduces production costs, but also facilitates later maintenance. In addition, the development of refillable environmentally friendly sprayers can reduce the consumption of disposable plastics, which is in line with the trend of sustainable development of global agriculture.
2025-03-11
How to choose the right Trigger Sprayers according to the type of liquid? In modern industrial production and daily life, Trigger Sprayers are the core components of liquid packaging, and their performance directly affects the efficiency of use and user experience. As a key component of the sprayer system, the nozzle selection needs to be systematically analyzed based on the physical properties, chemical properties and usage scenarios of the liquid.1. Correlation model between fluid properties and nozzle parametersThe influence of liquid type on nozzle adaptability is mainly reflected in physical and chemical indicators such as viscosity coefficient, surface tension, and corrosiveness. Experimental data show that when the viscosity of the liquid exceeds 200cps, the atomization efficiency of the traditional 0.8mm aperture nozzle will be attenuated by more than 35%. For mixed liquids containing suspended particles, the nozzle flow channel design must meet the turbulent conditions of Reynolds number > 4000 to effectively avoid particle deposition. Chemically corrosive liquids require the nozzle material to have acid and alkali resistance. Polypropylene (PP) material can maintain stable performance within the pH range of 1-12, while polytetrafluoroethylene (PTFE) material is required for strong acid and alkali environments.2. Nozzle selection scheme for typical liquid typesAqueous solution (cleaner/disinfectant)It is recommended to use a multi-stage atomizing nozzle with an aperture range of 0.5-1.2mm. Laboratory tests show that water-based liquids containing surfactants can form uniform droplets with a diameter of 20-50μm at an aperture of 1.0mm and a spray angle of 45°, increasing the coverage area by 40%. It is recommended to choose a sealing system with a spring return structure to prevent blockage caused by liquid crystallization.Oily liquid (lubricant/pesticide formulation)It is necessary to configure a pressure-compensated nozzle with anti-swelling nitrile rubber seals. For oils with a viscosity of 50-300cps, it is recommended to use a progressive spiral flow channel design with a large aperture of 1.5-2.0mm to maintain a stable flow rate at a pressure of 0.3MPa. Agricultural sprayers need to take anti-drip design into consideration, and the addition of a suckback valve can control the residual amount to less than 0.2mL.High viscosity fluid (cream/adhesive)When the viscosity exceeds 500cps, a piston pump nozzle should be selected and equipped with a preheating device. It is recommended that industrial-grade sprayers be made of 316L stainless steel, and the flow channel design must meet the non-Newtonian characteristics of shear-thinning fluids. The essence spray in the beauty industry can use a 0.3mm micro-hole nozzle, and cooperate with a 200-mesh filter to ensure atomization uniformity.3. Systematic selection and verification processEstablish a three-stage verification system of "physical detection-simulation test-scenario verification". First, the liquid characteristic parameters are measured by a rotational viscometer and a surface tension meter; secondly, 2000 continuous injection tests are carried out on the simulation platform to record the flow stability data; finally, a two-week working condition verification is carried out in a real use environment, focusing on monitoring the spray morphology, liquid discharge accuracy and component durability.4. Technology development trends and innovation directionsThe introduction of micro-electromechanical system (MEMS) technology has enabled the nozzle aperture accuracy to reach ±5μm level, and the piezoelectric ceramic-driven nozzle can achieve 200 pulse injections per second. The intelligent adaptation system uses built-in flow sensors and AI algorithms to automatically adjust the aperture size and injection pressure, allowing a single device to adapt to a variety of liquid types and increasing equipment utilization by more than 60%.
2025-03-03
How to ensure safety when spraying corrosive or harmful chemicals? In the fields of agricultural disinfection and industrial cleaning, trigger sprayers are widely used because of their convenient operation. However, when it comes to strong acids, strong alkalis or highly toxic chemical liquids, the risk of leakage from ordinary sprayers may cause burns, poisoning or even explosion accidents. How to achieve safety protection in high-risk scenarios through technological innovation and standardized operation?1. Material innovation: the "first line of defense" against corrosionTraditional sprayers are made of ordinary plastic or metal materials, which are prone to cracks and deformation when in contact with corrosive liquids. The new generation of safe sprayers uses:Chemically inert materials: such as high-density polyethylene (HDPE) and polytetrafluoroethylene (PTFE), which have strong corrosion resistance to concentrated sulfuric acid, sodium hydroxide, etc. (passed ASTM D543 chemical compatibility test).Multi-layer composite structure: inner layer of anti-corrosion material + outer layer of impact-resistant shell to avoid rupture due to external impact.2. Sealing system upgrade: blocking leakage riskStatistics from the US Occupational Safety Administration show that 67% of chemical spraying accidents are caused by sealing failure. Safety sprayers achieve "zero leakage" through a triple protection design:Double seal valve structure: The main valve controls the flow of liquid, and the auxiliary valve automatically closes the nozzle after releasing the trigger to prevent residual liquid from dripping.Spring reset technology: The built-in stainless steel spring ensures that the trigger is reset immediately to avoid accidental spraying.Corrosion-resistant seal ring: Made of fluororubber (FKM), it can withstand liquid erosion in the pH range of 0-14.III. Standard operation: from personal protection to emergency treatmentEven if the equipment meets the standards, operational errors may still cause risks. It is recommended to follow the following process:Pretreatment stage: Wear nitrile gloves, goggles and chemical protection aprons; confirm that the sprayer passes the 30PSI pressure test (in accordance with ISO 8317 standards).Operation stage: Keep the nozzle above the liquid level to avoid inversion; use intermittent spraying when pressing the trigger to reduce the loss of continuous pressure on the seal.Emergency treatment: If a leak occurs, immediately activate the flushing valve (equipped with some high-end models) to dilute the chemical and neutralize it according to the SDS safety data sheet.
2025-03-01
Are Trigger Sprayers suitable for different packaging designs, such as bottled and barreled products? In the packaging field of personal care, detergents and even agricultural chemicals, the adaptability of Trigger Sprayers directly affects the user experience and product value. When the portability of bottled products meets the large capacity demand of barreled containers, how can the same sprayer technology transcend the differences in packaging forms?The compatibility of Trigger Sprayers first depends on its chemical adaptability with the packaging material. For example, PET bottles often need to be paired with polypropylene (PP) sprayers because their acid and alkali resistance can avoid stress cracking caused by long-term contact with detergents; while HDPE chemical barrels need to choose sprayers with fluorine-coated metal springs to resist corrosion from high-concentration solvents. Structurally, barreled products have a large content weight (often up to 20-30L), so the sprayer needs to be equipped with a reinforced lock structure - such as a 360° rotating base and anti-slip threads to ensure that it remains firmly connected when spraying at a 45° tilt to avoid the risk of falling off.The requirements for spray performance in different packaging forms vary significantly. Bottled products (such as 500ml glass cleaner) mostly use low-pressure atomization systems (0.3-0.5MPa) to achieve fine spray through a 0.4mm aperture nozzle; while barreled pesticides or industrial cleaning agents are often equipped with high-pressure piston pumps (0.8-1.2MPa) and anti-drip valves to ensure smooth output of high-viscosity fluids due to the need for long-distance spraying (1.5-2 meters range). In addition, flow regulation technology is compatible with different media from aqueous solutions to emulsion suspensions. For example, through a replaceable nozzle module, the same nozzle can switch between fan-shaped, conical or linear spray modes.On the consumer side, bottled Trigger Sprayers are expanding their application scenarios through ergonomic upgrades. For example, the flat square nozzle designed for kitchen cleaning can fit into the cabinet for storage; while barreled industrial nozzles enhance durability-a brand-launched stainless steel integrated spray gun can withstand 20,000 press tests and is suitable for cleaning workshop equipment. It is worth noting that integrated smart sprinklers are beginning to enter the market: by connecting to a mobile phone APP via Bluetooth, the spraying dosage of barreled chemicals can be preset (such as ±5ml accuracy), greatly reducing operational errors.
2025-02-21
Are Trigger Sprayers suitable for spraying viscous liquids such as paint and glue? Trigger Sprayers are widely used in cleaning, gardening and personal care fields. They are designed to spray liquids easily and efficiently through a trigger mechanism. However, the question of whether they are suitable for spraying viscous liquids such as paint and glue needs to be analyzed in a case-by-case manner.The core function of Trigger Sprayers is to control the spraying of liquids through a trigger lever or button. This design makes them excel in handling low-viscosity liquids. For example, they are often used to spray low-viscosity liquids such as cleaning solvents, disinfectants and pesticides. In addition, Trigger Sprayers have a variety of nozzle designs, which can adjust the spray pattern according to the characteristics of different liquids, thereby achieving more precise spraying effects.However, for high-viscosity liquids such as paint and glue, the applicability of Trigger Sprayers has certain limitations. High-viscosity liquids require higher pressure and more stable nozzle design to ensure uniform spraying. Trigger Sprayers are usually designed for lower viscosity liquids, and their internal structure may not be able to withstand the additional resistance brought by high-viscosity liquids. For example, some professional spray guns are designed for high-viscosity liquids and can provide higher pressure and more stable spraying effects, while Trigger Sprayers are more suitable for low-viscosity liquids.Nevertheless, Trigger Sprayers can still be tried for viscous liquids in some cases. For example, some Trigger Sprayers have chemical resistance designs and can handle certain special chemicals. In addition, by adjusting the nozzle or using specialized accessories, the spraying needs of high-viscosity liquids can also be adapted to a certain extent.Whether Trigger Sprayers are suitable for spraying viscous liquids depends on the specific application scenario and liquid characteristics. For low-viscosity liquids, Trigger Sprayers are an efficient and convenient choice; for high-viscosity liquids, it is recommended to choose a specially designed spray gun to ensure the best spraying effect. If you need to handle high-viscosity liquids such as paint or glue, it is recommended to choose a professional spray gun with higher pressure and better chemical resistance.
2025-02-14
How does the nozzle design of Trigger Sprayers affect the liquid spraying effect? Trigger Sprayers have become an important tool in various liquid spraying applications, from home cleaning to industrial applications. The nozzle design directly affects the liquid spraying effect. Different nozzles not only determine the degree of liquid atomization, but also affect the range, accuracy and efficiency of the spraying. Therefore, understanding how the nozzle design affects the liquid spraying effect is very important for choosing the right sprayer.Trigger Sprayers are usually equipped with an adjustable nozzle design, allowing users to adjust the spraying pattern according to actual needs. Common spraying modes include fine mist, powerful spray, streamlined spray, etc., and different modes are suitable for different application scenarios. The design of the nozzle determines the spraying flow and atomization effect of the liquid. For example, the fine mist nozzle disperses the liquid into fine particles through a smaller nozzle hole and high-pressure design to form a uniform mist spray, which is suitable for cleaning, deodorization or plant spraying. The powerful spray mode is more suitable for tasks that require precise and high-pressure spraying, such as cleaning surfaces or removing stubborn stains.Spray distance and coverageThe size of the nozzle aperture directly affects the spray distance and coverage of the liquid. Larger nozzle holes usually produce stronger spray force, but the spray coverage is narrower. Smaller nozzle holes help to atomize the liquid, making the spray coverage wider, suitable for cleaning or disinfecting large areas. Choosing the right nozzle aperture can ensure that the sprayer has a more accurate spraying effect in different applications to meet specific work needs.Liquid flow and uniformityThe design of the nozzle also plays a vital role in the flow rate and spray uniformity of the liquid. Some nozzles use special internal structures, such as guide tubes and regulating valves, which can effectively control the liquid flow and ensure that the amount of liquid sprayed is consistent each time it is triggered. The flow control design of the nozzle can help avoid waste, especially when using expensive cleaning agents or disinfectants, which can improve the utilization rate of the liquid. At the same time, the uniformity of the nozzle design is crucial to ensure the stability of the spraying effect. Uniform spraying helps to achieve better coverage and reduce omissions and repeated spraying.Durability and ease of useThe material and design of the nozzle will also affect its durability and ease of use. High-quality nozzles are usually made of corrosion-resistant and wear-resistant materials, such as polypropylene and ABS. These materials can not only extend the service life of the nozzle, but also withstand the erosion of various chemical liquids. The ergonomic design of the nozzle makes it easier and more comfortable to trigger, especially when used for a long time, it can reduce hand fatigue and improve work efficiency.
2025-02-06
How to improve the efficiency and uniformity of Trigger Sprayers when spraying spray cleaners? Spraying uniformity and use efficiency are the two core indicators for evaluating the performance of Trigger Sprayers. When using cleaners, a good spraying effect can not only improve cleaning efficiency, but also reduce liquid waste and environmental pollution. How to achieve more efficient and uniform spraying effects through design optimization and technical improvement has become the focus of industry attention.The importance of uniform sprayingUniform spraying effect is crucial to the completion of cleaning tasks:Improve cleaning efficiency: Uniform spraying ensures that the cleaner covers the entire target surface and reduces the need for secondary spraying.Reduce waste: Avoid excessive liquid concentration in one place, reduce product waste, and reduce the difficulty of residual treatment after cleaning.Improve user experience: Stable spraying effect makes users feel more relaxed and efficient when using it, and enhances their recognition of the product.Optimization of nozzle designThe nozzle is a key component that affects spraying efficiency and uniformity.Multi-function nozzle: The adjustable nozzle design allows users to switch different spraying modes according to their needs, such as fine mist spraying and straight line spraying, to adapt to a variety of cleaning scenarios.Micropore spraying technology: By introducing micropore design in the nozzle, the fineness and uniformity of the spray are enhanced, which is suitable for precision cleaning tasks.Airflow guide device: Increase the airflow guide function of the nozzle to stabilize the spray direction and improve the atomization quality, reducing the deviation phenomenon during the spraying process.Pump performance improvementThe pump body is the power source of the Trigger Sprayer, and its performance directly determines the smoothness and stability of the spraying.Efficient rebound spring: The use of high-quality rebound springs ensures that each press can produce a stable liquid output while reducing hand fatigue.Accurate pump head pressure: Optimize the pressure regulation inside the pump head to ensure that the liquid is pushed out at a constant speed and improve the uniformity of the spraying.Material and durabilityHigh-quality materials not only extend the service life of the Trigger Sprayer, but also improve the spraying efficiency:Chemical corrosion-resistant materials: When spraying detergents, the corrosion resistance of the material is crucial. Using chemical-resistant plastics can avoid performance degradation caused by corrosion.Anti-clogging design: For cleaning agents that are easy to crystallize or sticky, the materials of the nozzles and pipes must have anti-clogging properties, such as self-lubricating materials or smooth inner wall designs.Improved user experienceEfficient and uniform spraying depends not only on design, but also on user experience:Ergonomic grip: The grip design of the Trigger Sprayer should be ergonomic to reduce fatigue during use, especially in long cleaning tasks.Transparent measurement scale: By adding clear scales on the bottle, it is convenient for users to control the amount of cleaning agent and avoid overuse.Application of technological innovationWith the continuous advancement of technology, the performance of Trigger Sprayers is also constantly improving:Automatic spraying function: The introduction of electric or pneumatic technology allows users to complete spraying without manual pressing, which is particularly suitable for large-area cleaning scenarios.Intelligent atomization technology: Through built-in sensors and intelligent control chips, the spraying pattern is adjusted in real time to achieve the best cleaning effect.
2025-01-31
How to improve the sealing of Trigger Sprayers to prevent leakage and waste? Trigger Sprayers are common spray tools in daily life and are widely used in detergents, hair sprays, agricultural chemicals and other fields. For manufacturers and consumers, sealing is a key indicator for evaluating its performance. Excellent sealing performance can not only prevent leakage and waste, but also extend the service life of the product and improve consumer satisfaction.Importance of sealing performanceThe sealing performance of Trigger Sprayers directly affects the user experience and safety of the product:Prevent leakage: Whether in transportation, storage or use, leakage will cause unnecessary waste, and may damage the packaging materials or the surrounding environment. Especially for liquids containing chemical ingredients, leakage may bring safety hazards.Protect the quality of liquid: In the case of poor sealing, outside air or impurities can easily enter the container, thereby affecting the purity and stability of the liquid.Improve brand image: Consumers have a low tolerance for leakage problems, and sealing problems may affect the brand's reputation and market competitiveness.Improving sealing performance is not only an optimization of product functions, but also a means to enhance market competitiveness.Design optimization and improvement strategyTo improve the sealing of Trigger Sprayers, we can start from structural design, material selection and manufacturing process.1. Optimize valve designDouble-layer valve system: introduce a double-layer sealing design to ensure that the liquid will not leak due to external force or tilt in the closed state. The inner layer is responsible for liquid sealing, and the outer layer enhances the sealing effect.Rebound valve material improvement: use silicone or special rubber materials with high elasticity to ensure that the valve can quickly reset and fit the seal.2. Improve the bottle mouth thread structureDeep thread design: use a deeper thread structure to increase the contact area between the bottle cap and the bottle mouth and improve the sealing performance.Leak-proof gasket: add a high-density leak-proof gasket at the connection between the bottle mouth and the nozzle to effectively prevent liquid leakage.3. Enhance the assembly accuracy of the nozzle assemblyAutomated assembly technology: use high-precision automated assembly equipment to reduce the errors that may be caused by manual assembly, thereby improving the close fit between components.Pressure test calibration: pressure test each product during the manufacturing process to ensure that the sealing performance of each Trigger Sprayer meets the standard.Improvement direction of material selectionMaterial plays a key role in improving sealing.High-density plastic: Selecting corrosion-resistant and high-pressure resistant high-density plastic as the main material of the nozzle and bottle cap can prevent chemical liquids from corroding the components and improve the durability of the product.Flexible sealing material: Use flexible sealing materials such as polyurethane (PU) or fluororubber in key sealing parts, such as gaskets and valves, to ensure complete fit of the contact surface.External protection designWhile improving sealing, the risk of leakage can also be further reduced through external protection design.Locking function: Add a locking device to the Trigger Sprayer, which can lock the nozzle when not in use to avoid leakage caused by accidental touch.Anti-spill protection cover: Add a removable protection cover on the top of the nozzle to additionally block possible liquid leakage.
2025-01-24