Key Features to Consider When Buying A Torch

Brightness and Lumens

Brightness refers to the intensity of light emitted by a source, and it is often a crucial factor to consider when choosing a torch or any lighting device. Lumens, on the other hand, are a unit of measurement used to quantify the total amount of visible light emitted by a source. In simple terms, lumens are a measure of the overall brightness produced by a light source. Here's a closer look at brightness and lumens:

Lumens: Lumens (lm) are a standard unit of measurement used to quantify the total amount of visible light emitted by a source. It provides an objective measurement of brightness. The higher the number of lumens, the brighter the light output of the source.

Correspondence to Perception: The perception of brightness can vary depending on factors like the beam angle, distance from the source, and the individual's visual sensitivity. However, when comparing torches or lighting devices with the same beam angle and distance, a higher lumen rating generally corresponds to a brighter light output.

Application: The required brightness level depends on the specific application or task at hand. For example, a low-lumen torch may be suitable for reading in a dark room, while a high-lumen torch would be more appropriate for outdoor activities or search and rescue operations where long-range visibility is crucial.

Importance of Lumens: Lumens provide a standardized metric that helps users compare the brightness levels of different lighting products. It enables consumers to make informed decisions when selecting a torch or any light source by considering their specific illumination needs.

Trade-Offs: While lumens provide a useful reference point for brightness, it's essential to consider other factors as well. Beam angle, beam distance, beam pattern, color temperature, and overall light quality also contribute to the perceived brightness and suitability for specific applications.

It's worth noting that the actual brightness perception may vary depending on individual preferences and specific lighting conditions. Additionally, some torches may offer adjustable brightness settings or multiple modes, allowing users to customize the light output to their needs.

When comparing torches, considering the lumen rating provides a good starting point for evaluating the brightness level. However, it's also important to take into account factors like beam angle, runtime, power source, and other features to ensure the chosen torch meets the requirements of the intended use.

Ultimately, the appropriate brightness level is subjective and depends on personal preference, the specific task or situation, and the desired visual experience.

Beam Distance

Torch beam distance refers to the maximum distance at which a torch can effectively illuminate an object or surface. It is a crucial specification to consider when choosing a torch, especially for applications where long-range visibility is important. Understanding torch beam distance helps determine the reach and coverage of the light emitted by the torch. Here's a closer look at torch beam distance:

Definition: Torch beam distance is usually measured in meters (or occasionally in feet) and represents the maximum distance at which the light beam can provide a useful level of illumination. It indicates how far the light can reach before it becomes too dim to be effective for a specific purpose.

Factors Affecting Beam Distance:

Light Output: The total light output, typically measured in lumens, plays a significant role in determining the beam distance. A higher light output generally results in a longer beam distance.
Beam Pattern: The beam pattern of a torch, such as flood or spot, affects the concentration and spread of light. A focused spot beam is more likely to have a longer beam distance compared to a wider flood beam.
Optics and Reflector Design: The design and quality of the reflector or lens in the torch can impact the efficiency and focus of the beam, influencing the beam distance.
Power Source: The power source, whether it's disposable or rechargeable batteries, can affect the overall performance and runtime of the torch, which can indirectly influence the beam distance.

Practical Considerations:

Beam distance specifications provided by manufacturers are usually measured under ideal conditions, such as in a dark environment or with fully charged batteries. Real-world conditions may result in slightly different beam distances. The perceived brightness of the beam diminishes as the distance increases due to the inverse square law, where light intensity decreases as the square of the distance. Therefore, the effective illumination at the maximum beam distance may be relatively weaker than at closer distances.

Application-Specific Considerations:

Different activities or tasks require varying beam distances. For instance, outdoor activities like hiking or search and rescue operations may require a torch with a longer beam distance to illuminate objects or terrain at a distance. Indoor tasks, close-range work, or general household use may not necessitate a torch with an extremely long beam distance. In these cases, other factors like beam quality, runtime, and versatility may be more important considerations. It's important to note that beam distance is just one factor to consider when choosing a torch. Other factors such as beam quality, runtime, durability, size, weight, and additional features should also be taken into account to ensure the torch meets your specific needs and preferences.

Manufacturers typically provide beam distance information for their torches, allowing users to compare models and choose the one that suits their intended applications and desired illumination range.

Torch Power Sources

Disposable Batteries:

Alkaline Batteries: These are the most widely used disposable batteries and are available in various sizes, such as AA, AAA, C, and D. They provide a convenient and readily available power source for torches. However, their runtime tends to be shorter compared to rechargeable batteries, and they may need frequent replacement.

Lithium Batteries: Lithium disposable batteries offer several advantages over alkaline batteries. They have a longer shelf life, higher energy density, and better performance in extreme temperatures. Lithium batteries can provide longer runtimes and maintain a more consistent power output throughout their lifespan.

Rechargeable Batteries:

NiMH Batteries: Nickel-Metal Hydride (NiMH) rechargeable batteries are a popular choice for torches. They offer a higher capacity and longer runtime compared to disposable batteries. NiMH batteries can be recharged multiple times, reducing waste and saving money in the long run. However, they may have a higher self-discharge rate, meaning they can lose charge when not in use.

Lithium-ion Batteries: Lithium-ion (Li-ion) rechargeable batteries are known for their high energy density, lightweight design, and longer cycle life. They offer excellent runtime, and their performance remains consistent throughout the discharge cycle. Li-ion batteries are commonly used in high-performance torches and provide a reliable power source.

Li-ion Polymer Batteries: Li-ion polymer batteries, also known as LiPo batteries, offer similar advantages to Li-ion batteries but have a flexible form factor. They can be shaped to fit specific torch designs and offer increased design flexibility for manufacturers. LiPo batteries are often found in slim and compact torches.

Integrated Rechargeable Batteries: Some torches have built-in rechargeable batteries that cannot be replaced. These torches often come with a charging port or a USB connector, allowing you to recharge the internal battery directly. Integrated rechargeable batteries offer convenience and eliminate the need for external chargers or battery replacements.

Solar-Powered:

Solar-powered torches utilize solar panels to convert sunlight into electrical energy, which is stored in internal rechargeable batteries. These torches are ideal for outdoor activities, where access to sunlight is readily available. Solar-powered torches offer a renewable and eco-friendly power source.

Dynamo-Powered:

Dynamo-powered torches feature a hand-crank mechanism that generates electricity through manual winding. By rotating the crank, you generate power to charge an internal battery or directly power the torch. Dynamo-powered torches are often used in emergency kits or situations where no other power source is available.
It's important to consider the specific power requirements of a torch and choose a power source that suits your needs. Factors such as runtime, convenience, cost-effectiveness, and environmental impact can help guide your decision. Some torches may offer compatibility with multiple power sources, providing flexibility in terms of battery options.

Durability and Water Resistance

Torch durability and water resistance are important factors to consider when selecting a torch for various applications, especially outdoor activities or situations where the torch may be exposed to challenging conditions. Here's an explanation of torch durability and water resistance:

Durability:

Construction: Torch durability refers to its ability to withstand physical impact, vibrations, and rough handling without getting damaged. A durable torch is typically constructed using robust materials such as aluminum, stainless steel, or rugged polymers.
Impact Resistance: A torch with good impact resistance can withstand drops, shocks, or accidental impacts without significant damage to its functionality or structural integrity. Some torches are designed with impact-resistant features like reinforced bodies, shock-absorbing materials, or protective bezels.
Build Quality: The overall build quality of a torch, including the quality of internal components, circuitry, switches, and connections, contributes to its durability. Well-designed torches with solid craftsmanship tend to be more durable and reliable over time.

Water Resistance:

Water Resistance Ratings: Many torches come with a water resistance rating, often expressed as an IP (Ingress Protection) code. The IP code consists of two digits: the first digit represents the level of protection against solid particles, while the second digit represents the level of protection against water.
Water Resistance Levels: The water resistance level of a torch can vary. For example, a torch with an IPX4 rating offers protection against splashes and light rain, while a higher rating like IPX7 or IPX8 indicates higher levels of water resistance, allowing the torch to be submerged in water to a specified depth for a certain duration.
Sealed Construction: A water-resistant torch typically features a sealed construction with O-rings or gaskets to prevent water from entering the internal components. This allows the torch to withstand wet environments, rain, or accidental submersion without damage.
Note on Submersion Depth: It's important to pay attention to the specific water resistance specifications provided by the manufacturer. Submerging a torch beyond its rated depth or for an extended duration may compromise its water resistance and cause water ingress.

Practical Considerations:

It's crucial to understand that water resistance does not necessarily mean a torch is completely waterproof. There are limits to the level of water exposure a torch can endure, and exceeding those limits may result in damage.
Regular maintenance, such as cleaning and drying the torch after exposure to water or moisture, can help preserve its durability and water resistance over time.
It's essential to follow the manufacturer's guidelines and recommendations regarding torch usage, maintenance, and limitations to ensure optimal performance and longevity.
Considering the durability and water resistance of a torch is particularly important for outdoor activities like camping, hiking, fishing, or emergency situations where exposure to rough conditions, rain, or water is likely. By selecting a torch with suitable durability and water resistance, you can ensure its reliability and functionality in challenging environments.

A torch or flashlight is a portable handheld device that produces light. It is commonly used as a source of illumination in situations where there is a lack of natural or artificial lighting. Torches are designed to be compact, lightweight, and easy to carry, making them convenient for a variety of applications.

Traditionally, torches relied on an open flame as the light source, typically fueled by oil, kerosene, or other combustible materials. However, with advancements in technology, modern torches have evolved to incorporate more efficient and safer lighting methods, such as incandescent bulbs, LEDs (Light-Emitting Diodes), and LEPs (Laser Excited Phosphor).

A torch typically consists of the following components:
Light Source: This is the element that produces the illumination. It can be a flame, an incandescent bulb, or an LED/LEP module.
Reflector: The reflector is a component that surrounds the light source and helps direct and focus the emitted light into a beam.
Body and Handle: The body of the torch houses the internal components and batteries. The handle provides a comfortable grip for handheld use.
Switch: The switch allows the user to turn the torch on or off, and in some cases, control different lighting modes or settings.
Power Source: Torches typically use disposable or rechargeable batteries to provide the necessary electrical energy to power the light source.

Torches are versatile tools that find applications in various situations, including:
Emergency preparedness: Torches are essential in power outages, natural disasters, and other emergency situations where reliable lighting is crucial.
Outdoor activities: Torches are commonly used during camping, hiking, and other outdoor adventures to navigate in the dark and provide visibility.
Home use: Torches can be handy for household tasks like finding your way during nighttime, searching for items in dark areas, or working in poorly lit spaces.
Professional use: Many professionals, including firefighters, police officers, and mechanics, rely on torches as part of their daily work equipment.

With different types, features, and power options available, torches offer a practical and reliable solution for portable lighting needs in a wide range of scenarios.

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Traditional Incandescent Torches

These torches use incandescent bulbs as their light source and have been widely used in the past but have become less common due to the emergence of more energy-efficient lighting technologies like LEDs.

While LED torches have become the preferred choice for many due to their numerous advantages, there may still be a few situations where you might consider using an incandescent torch over an LED torch. Here are a few reasons why you would choose an incandescent torch:

Cost: Incandescent torches are generally more affordable upfront compared to LED torches. If you have a limited budget or only require occasional use, an incandescent torch might be a cost-effective option.

Warm Light: Incandescent bulbs emit a warm, yellowish light that some people find more pleasing or natural compared to the cooler light produced by LEDs. If you prefer the warmth of incandescent lighting, an incandescent torch might be a better choice for you.

Simplicity: Incandescent torches have a simpler design with fewer components compared to LED torches. They may be easier to operate and maintain, making them suitable for individuals who prefer straightforward functionality.

Heat Output: Incandescent torches generate heat as a byproduct of their operation. In certain circumstances where heat might be desired, such as during cold weather or in specific applications like keeping food warm while camping, an incandescent torch can serve a dual purpose of providing light and some heat.

However, it's important to note that the advantages of LED torches generally outweigh those of incandescent torches in most scenarios.


LED Torches

An LED torch is a handheld portable lighting device that utilizes Light-Emitting Diodes (LEDs) as the primary light source. LED torches have gained immense popularity and have become the go-to choice for many users due to their numerous advantages over traditional incandescent torches. LED torches can use disposable or rechargeable batteries, depending on their design and power requirements, and offer benefits such as:

Energy Efficiency: LED torches are significantly more energy-efficient than incandescent torches. They require less power to produce the same level of brightness, resulting in longer battery life and reduced battery consumption.

Brightness: LEDs can produce higher levels of brightness compared to incandescent bulbs. This makes LED torches ideal for situations where a powerful and intense light output is required.

Longer Lifespan: LED bulbs have an exceptionally long lifespan compared to incandescent bulbs. They can last for tens of thousands of hours of use, which means you won't need to replace the bulb as frequently.

Durability: LED torches are generally more durable and robust than incandescent torches. LEDs are solid-state components that can withstand shock, vibration, and harsh conditions, making them suitable for outdoor and rugged use.

Compactness and Portability: LED torches can be designed to be compact and lightweight, making them easier to carry and store compared to bulkier incandescent torches.

Overall, while there might be specific cases where an incandescent torch has advantages, the superior energy efficiency, brightness, longevity, and durability of LED torches make them the preferred choice for most users in terms of practicality and performance.


LEP Torches

LEP stands for Laser Excited Phosphor, and an LEP torch is a type of flashlight that utilizes laser technology to excite a phosphor material and produce light. LEP torches are a relatively new and innovative category of flashlights that offer several advantages over traditional light sources. Here's a breakdown of LEP torches:

Laser Excited Phosphor Technology: LEP torches employ a laser diode to stimulate a phosphor material, which then emits light. The laser beam is directed onto the phosphor, causing it to fluoresce and produce visible light. This process allows for efficient light generation and high brightness levels.

Beam Characteristics: LEP torches typically produce a highly focused and intense beam of light. The laser technology enables the beam to be more concentrated and precise compared to traditional flashlights, resulting in a longer throw distance and enhanced beam performance.

Brightness and Efficiency: LEP torches are known for their exceptional brightness. They can produce incredibly high lumen outputs, rivaling or even surpassing the brightness of other flashlight technologies. LEP torches are also highly efficient, converting a significant portion of the input power into usable light.

Runtime and Battery Life: The runtime of LEP torches can vary depending on the specific model and power settings. While LEP torches can provide impressive brightness levels, they may consume more power compared to other flashlight technologies, leading to shorter battery life.

Heat Management: Due to the nature of laser technology, LEP torches can generate significant heat during operation. To prevent overheating and ensure safe use, LEP torches often incorporate effective heat dissipation mechanisms, such as heatsinks or thermal management systems.

Design and Features: LEP torches come in various designs and form factors, ranging from compact EDC (Everyday Carry) models to larger, more powerful torches. They may include features such as adjustable brightness settings, multiple beam modes, tactical options, and rugged construction for different applications.

Safety Considerations: LEP torches use laser technology, which involves certain safety considerations. It is important to follow the manufacturer's instructions and guidelines for safe usage, including avoiding direct eye exposure to the beam and understanding any regulatory restrictions in your jurisdiction.

LEP torches offer impressive brightness, long throw distances, and enhanced beam performance, making them suitable for outdoor activities, search and rescue operations, security purposes, and professional use. However, due to the specialized technology involved, LEP torches tend to be relatively more expensive compared to other flashlight options on the market.

As with any lighting device, it's crucial to choose LEP torches from reputable manufacturers, follow safety guidelines, and consider your specific lighting needs before making a purchase.

Headlamp torches, commonly referred to as headlamps, are portable lighting devices designed to be worn on the head, allowing hands-free illumination in various activities and situations. They are versatile tools that provide convenient and focused lighting in situations where manual dexterity or the use of both hands is necessary. Here's an overview of headlamp torches:

Design: Headlamp torches consist of a light source attached to a headband or head strap that is worn around the head. The light source is typically positioned in front of the forehead, allowing the beam to be directed wherever the wearer is looking.

Light Source: Headlamp torches employ different types of light sources, with LED (Light-Emitting Diode) being the most common. LEDs are preferred due to their energy efficiency, durability, and brightness. Some headlamps may also use other light sources like incandescent bulbs or even specialized lighting technologies.

Adjustable Angle: Headlamp torches often feature an adjustable angle mechanism that allows the wearer to tilt the light source up or down to adjust the beam's direction according to their needs. This feature ensures optimal illumination for specific tasks or activities.

Power Source: Headlamps can be powered by disposable batteries, rechargeable batteries, or even be rechargeable via USB. The power source is typically located on the back of the headband or integrated into the lamp housing.

Beam Modes and Settings: Many headlamp torches offer multiple beam modes and adjustable brightness settings, allowing users to switch between different light intensities, beam widths (flood or spot), and even additional features like red-light mode for preserving night vision or strobe mode for signaling purposes.

Comfort and Fit: Headlamp torches are designed to be lightweight, comfortable, and adjustable to fit different head sizes. They usually have adjustable straps or bands that can be easily tightened or loosened for a secure and comfortable fit during extended use.

Versatility: Headlamp torches find utility in a wide range of activities and professions. They are commonly used in outdoor activities like camping, hiking, and fishing, as well as for hands-free lighting in home repairs, automotive work, running, cycling, and various professional applications such as mining, cave exploration, and emergency response.

Additional Features: Depending on the model, headlamp torches may offer additional features like water resistance or even impact resistance for durability in rugged environments. Some advanced headlamps may include built-in sensors for automatic brightness adjustment based on ambient light conditions.

Headlamp torches are popular among outdoor enthusiasts, professionals, and individuals who require hands-free lighting solutions. Their practicality, versatility, and convenience make them an essential tool in situations where reliable and directed illumination is needed while keeping both hands free to perform tasks effectively.

Gem torches, also known as loupe torches or inspection torches, are used by gemologists, jewelers, and gemstone enthusiasts to examine and identify gemstones. These torches provide a specific type of light that helps reveal certain characteristics and properties of gemstones. Here are some key features and considerations of gemstone identification torches:

Light Source: Gemstone identification torches typically use specific light wavelengths or colors to highlight certain properties of gemstones. The most common types of light used are:

UV (Ultraviolet) Light: UV light is used to identify fluorescent and phosphorescent properties in gemstones. It can help distinguish natural gemstones from synthetics or detect treatments.

LED Light: Some gemstone identification torches use LED lights in various colors to enhance color grading and transparency assessment of gemstones.

Adjustable Intensity: It is beneficial to choose a gemstone identification torch with adjustable intensity levels. This allows you to control the brightness of the light and adapt it to different gemstone colors and transparency levels.

Quality and Accuracy: Ensure the torch provides consistent and accurate lighting. The light emitted should be uniform and reliable for proper gemstone examination and identification.

Compatibility with Loupes: Gemstone identification torches are often used in conjunction with gemstone loupes (magnifying lenses). Verify that the torch is compatible with your preferred loupe, allowing you to observe gemstones under magnification while using the torch's light.

By providing specific lighting conditions, these torches help reveal fluorescence, phosphorescence, color grading, and transparency characteristics of gemstones. Select a torch that meets your specific needs, considering the light sources, adjustability, portability, and compatibility with loupes, to enhance your gemstone identification capabilities.

With so many different types of torches on the market, it can be hard to know which one to choose. If you're looking for a torch that is both durable and eco-friendly, then a rechargeable torch is the way to go. But is it really that simple? In this blog post, we will briefly explain the advantages of a rechargeable torch so you can better decide if a rechargeable torch is the one for you.

ADVANTAGES OF A RECHARGEABLE TORCH

1. Brighter light output
For starters, the lumen output is usually much higher in a rechargeable torch since lithium-ion batteries have a higher power capacity, meaning that the light will be brighter and more far-reaching compared to a traditional torch. The use of lithium-ion batteries also allows rechargeable torches to have a far more stable light output with a lesser chance for them to flicker when in use.

2. Convenient
Additionally, it is much more convenient and easy to recharge a torch via USB than it is to buy and replace the batteries. Another thing to keep in mind is that alkaline batteries used in traditional torches require proper disposal which can be a hassle. Rechargeable torches completely eliminate the need for that.

3. Sustainable
If you’re looking for a torch that’s more sustainable and environmentally friendly, then a rechargeable torch is a great option. Not only will you reduce landfill waste, but you’ll also be making a greener choice overall since lithium-ion can be charged repeatedly when it runs out of energy instead of replacing it with a new one.

4. Extra functionality
Some rechargeable torches will also come with extra features such as a portable power bank to charge smaller devices, making them ideal for camping or hiking trips. If you’re interested in finding more torches like this, feel free to browse our other collection of unique rechargeable torches with extra functionality right here.

5. Less ongoing cost
Finally, the initial cost of a rechargeable torch is usually higher compared to a traditional torch. But in the long run, the ongoing cost will be lower since you will no longer have to spend your money on new batteries (especially when you use them frequently).

To summarize things, a rechargeable torch is a better choice than a traditional torch for a number of reasons. If you’re expecting to use the torch frequently, a rechargeable one is definitely the one to go for. It may cost more initially, but your wallet and mother nature will definitely be thanking you in the long run. If you’re considering buying one, head on to our collection of rechargeable torches at MyMultiTools by clicking here and you might just find the perfect one for you!

Alternative conclusion:
A rechargeable torch is a great investment for anyone who needs a reliable light source. Not only are they more environmentally friendly than traditional torches, but they also save your money in the long run.

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Nitecore LED lights have become standard equipment's for military and law enforcement in various countries, whilst being favored by outdoor enthusiasts, which are ideal for outdoor adventures, law enforcement, trail running, industrial lighting and more.

Hiking & Trekking
Generally, lights for hiking not only require high output of light but also light weight, long duration and reliability. For team leaders, high output light and far-reaching spotlights able to help to see the path ahead, and a red caution light helps team members to find you.
We recommend the following Nitecore models: HA23, NU20, NU25, NU32.

Running
For long distance running, runners may prefer a lightweight headlamp with flood light and long runtime. High output light and red caution light are required when necessary. For those who enjoy leisurely urban night running, a high performance headlamp ensures their safety in running.
We recommend the following Nitecore models: UT32, NU17, NU20, NU25, NU32, HA23.

Camping
For camping, a lightweight and portable lantern with a loop or magnetic base may be the most convenient to set hands free. Besides high output of light, it also requires soft beam with high colour rendering index, long duration and more.
We recommend the the following Nitecore models: NU25, LA10, LR12, LA30, LR30, LR50.

Climbing
Considering the harsh environment on high altitude, a headlamp with high intensity, long runtime and grand throw is essential. For freezing environments, low temeprature resistance is required to maintain stable performance of lights. Hands-free and lightweight products are more popular.
We recommend the following Nitecore models: HC33, HC60, HC65.

Caving
Due to the dangerous and low-light environment in cave, high output lights are required for caving. Since there might have water in cave and the temperature is low, low temperature resistance and waterproofness are necessary. Ruggedness are also paramount.
We recommend the following Nitecore models: HU60, HC33, HC60, HC6.

Fishing
Hands-free capability is paramount. Coloured output lights are inconspicuous, especially blue light. Blue light will not alarm underwater wildlife, and is able to attract some fishes, activate fluorescence of the float, which is why it is well received by fisherman or fishing enthusiasts.
We recommend the following Nitecore models: SRT7GT, TUP.

Cycling
Lighting with capability to illuminate blind spot ahead or under foot is essential to ensure safety in cycling. Features like multiple modes for different riding conditions, easy to operate, install or remove, flexible charging options, compatibility with handlebars of various sizes also add up to great bike light. A rear caution light is also necessary for maximum attention and safety.
We recommend the following Nitecore models: BR35, NU05.

Diving
A flashlight for diving needs to be totally waterproof and reliable with high output, sufficient duration and flexibility. It is better to have a lanyard in case of loss. Red output is a plus for it serves as a supplementary lighting underwater.
We recommend the following Nitecore models: DL20.

Photography
Full area coverage uniform lighting with colour rendering capability is best for photography. Multiple output choices allowing for adjusting lighting according to ambient environment are also required. Portability, compability with tripods and coloured outputs are a plus.
We recommend the following Nitecore models: SCL10, GP3, LR30, TM28.

Everyday Carry (EDC)
EDC is designed to be carried with you everyday, thus it must be ultra-compact, lightweight, and always works when you need it. It does not require multiple choices of brightness level, whilst sufficient runtime and easy operation are necaessary.
We recommend the following Nitecore models: E4K, MH12S, MH10S, T4K, TUP, TINI2, TIP2, TIKI, TIKI LE, TIKI GITD, TIP SE, TUBE V2.

Hunting
A hunting light should have high output light with optimal beam distance to ensure long range visibility. Light weight, compatibility with shotguns, ability to absorb recoil are also required. Coloured outputs are preferred to preserve user's night adapted vision, or to not startle the preys.
We recommend the following Nitecore models: P30I, NEW P30, MH40GTR, MH25GT.

Tactical
As a simple and intuitive UI is most important in tactical lights, Strobe Ready™ definitely meets the need. Besides, it requires high output light and tactical defense function. Using with bezel, tactical ring, gun mount and remote switch to enhance the tactical function overall.
We recommend the following Nitecore models: P20I, MH12S, P20 V2, P20UV V2, NPL20, SRT7GT, CI7, TM9K.

Search & Rescue
For search and rescue, a lighting tool should preferably have blinding lumens, superb beam distance as well as long runtime. Qualities like portability, ruggedness and light weight are also a plus.
We recommend the following Nitecore models: TM39, TM39 LITE, TM28, P30I, R40 V2, HC33.

Law Enforcement
For law enforcement applications, the lighting tools should have high output, long runtime and direct access to strobe. This kins of lighting tool should be highly reliable in resisting dust, water and shocks, and should be tough enough to confront contingencies.
We recommend the following Nitecore models: P20I, MH12S, P20 V2, P20UV V2, NPL20, MT1A, SRT7GT, R40 V2, TM9K, NU05 LE, NU05 MI.

Industrial Workplace
Rechargeable lights are usually welcomed byb industrial workers due to better cost performance. Hands-free capability, portability, an intuitive user interface are required to ensure convenience. For hazardous industries like mining or oil extraction, explosion-proof lights are mandatory.
We recommend the following Nitecore models: EF1, EH1, EH1S, HA23-EX, UT32, HC33, HC60, HC65, NU35, TM28, TM39, TM39 LITE.

There are many different kind of flashlight to be use in different kind of situations. For instance, there are red, green, blue, warm white and white led flashlight. And each of the coloured beam flashlight have it's own uses. Here, can you briefly understand the uses of the colour light and find one that is suitable for you.

Warm White Light
Warm white light is the ideal light source for people that work in tight spaces. It is the preferred light for electronic technicians because the warm white beam allow for the full colour spectrum to be see in detail on wires or cables. Cool white light make browns, black and reds look the same, while warm white light does not mask colour.
Furthermore, in situations where flashlight is going to be use for an extended period of time, warm white light avoid eye strain because it is a natural light similar to the sun's ray unlike regular white light.

Red Light
Red light is the best light source for protecting a person's night vision. It reduces eye strain in low level light situations. Red light provides greater contrast to objects it illuminates so you can see finer details. Red light also does not interfere with night vision technology. It is a great lighting source for aircraft cockpits, truck cabins and in confined spaces.

Blue Light
Blue light is the preferred light source for pilots. It is great for reading maps in low light or no light environments. Blue light provides great detail and does not wash out symbols, notes, or elevation markers on maps. It is also used by hunters for blood tracking. It is also used by forensic personnel and crime scene technicians to detect bodily fluids.

Green Light
Green light is great for outdoor activities as animals, insects, and fish typically do not react to seeing a green light source. Visually your eye responds better to green and blue colour lighting. Green light also protects your night vision and avoids eye strain typically associated with using white light for an extended period of time. Green light is also great as a rescue light for professional rescuer as well as the average consumer as it can be seen up to a mile away.

Colored torches are torches that emit light in specific colors rather than the traditional white light. These torches are designed for various purposes, including special effects, signaling, night vision preservation, identification, and fun activities. Here are some key aspects and applications of colored torches:

Special Effects: Colored torches are often used in photography, filmmaking, and stage productions to create unique lighting effects. Different colors can evoke specific moods or add dramatic flair to scenes. Colored torches with adjustable intensity or filters allow for precise control over the lighting effect.

Signaling and Safety: Colored torches can be useful for signaling purposes. For example, red torches are commonly used by emergency responders, allowing them to be easily seen and identified from a distance. Other colors like orange, green, or blue may also be used for signaling or safety purposes in specific situations.

Night Vision Preservation: Colored torches with red or green light are often used in activities that require preserving night vision. These colors are less likely to disrupt your eyes' adaptation to darkness, making them suitable for nighttime navigation, astronomy, wildlife observation, or military operations.

Fun Activities and Events: Colored torches can add an element of fun and excitement to events, parties, or outdoor activities. They can be used for games, treasure hunts, light painting, or simply to create a vibrant and colorful atmosphere.

Personal Expression and Style: Some people enjoy using colored torches as a personal accessory or fashion statement. Torch models with interchangeable color filters or built-in color options allow individuals to express their style and personality through vibrant or unique lighting.

Identification: Torches for identification, also known as identification lights or marker lights, are used to enhance visibility and aid in identification in various situations. These torches are designed to emit a specific color of light, typically red, green, or blue, and are commonly used in the following contexts:

Aviation: Coloured torches are used in the aviation industry to provide instruction and guidance to pilots as the aircraft are ushered from the terminal ramps to the taxiway. Aircraft personnel usually carry red light torches to enhance their cabin visibility in dim conditions.

Marine Navigation: In boating and maritime applications, colored torches are used as navigation lights to indicate the position and direction of vessels. Red and green lights are typically used to mark the port (left) and starboard (right) sides of the boat, respectively. White lights are used to indicate the stern or rear of the vessel.

Emergency and Rescue Operations: Colored torches are also employed in emergency and rescue operations to facilitate identification and coordination among team members. Each team member may carry a torch emitting a specific color, allowing for easy recognition in low-light or chaotic situations.

Construction and Traffic Safety: Colored torches can be used in construction zones, roadwork sites, or traffic control situations to indicate specific instructions or warnings. For example, a red torch may signify a stop signal, while a green torch may indicate a safe passage.

Outdoor Activities: Colored torches can be useful in outdoor activities, such as hiking or camping, for identification and group coordination. Each participant may carry a torch emitting a specific color to easily locate and identify each other during nighttime or low-visibility conditions.

Do you know what makes an LED torch great? It's not just the colour but in fact, the benefits that come with it. Specifically red, green, blue and warm white LED torches have many benefits that make them ideal for a variety of uses. In this blog post, we'll discuss some of the most notable benefits of these coloured torches and how you can apply them in your activities.


WARM WHITE LIGHT

First of all, we need to make it clear what makes a white light “warm”. Warm white lights are white lights with a colour temperature of around 3000K. Objects illuminated by warm white light will appear more natural and true to colour. Also, when it comes to photography, many would opt for a warmer white light since they are less overpowering compared to a cooler white light when illuminating a subject.



When driving at night, warm white light is an ideal option since they tend to produce less glare from road signs and less reflection, making it easier to see while you're driving. If you’re driving through a snowy area, the warm white light won't blend in with the snow which can add to more distraction as you drive. If you’re driving on a large road, where glare won’t be an issue, a normal white light with a higher temperature will work just as well. Otherwise, you might consider using a warmer white light.

For outdoor sports such as camping or hiking, warm white lights are often the first choice for many. This is due to their better penetration capability through rain, fog, and snow with a sufficient colour rendering capacity albeit at a lower illumination range. While we can’t always predict the weather, it’s still a good idea to carry a torch that can output a warm white light.


GREEN LED LIGHT

When it comes to the human eye, green LED lights are known to be less straining on the eye and therefore provide a certain level of protection for your night vision. This is especially helpful when viewing in a low-light environment for a longer duration.

For hunters, the vivid and sharp contrast provided by a green LED light allows them to accurately see the outline of their target in the dark. Green LED lights are also less likely to scare the animals such as deer and fish away providing hunters with the vision and opportunity to aim at their target.

Green LEDs are also easier to see compared to standard white LEDs since they are equally balanced in terms of brightness and intensity which makes them a great choice for safety and rescue applications. Some examples of green LED lights in rescue and safety are light beacons as indicators in heavy machinery to signal operational status, and first responder vehicles for quick recognition on the road.


RED LED LIGHT

For outdoor applications, red LEDs can help us to focus quicker, especially when transitioning from low-light to brighter lighting conditions. Because of this, a red LED is one of the most popular choices for stargazers because it helps them to illuminate their path while retaining their night vision.

Compared to white light, red lights are less disturbing to wildlife which makes them a perfect tool for wildlife observation in darker environments. Alternatively, red lights will also help reduce the risk of attracting unwanted attention from dangerous animals.

Because of the benefits that they offer, red lights are often used for smaller confined spaces such as cockpits in aircraft. If you’re planning to walk around in the middle of the night. You might want to consider getting yourself a red LED light for the occasion.


BLUE LED LIGHT

One of the most common applications of blue LEDs is to track prey during hunting sessions. In the absence of light, a hunter can use blue LEDs to track blood stains left by their target. This allows them to follow the trail without disturbing other wildlife around.

For pilots and other map lovers, blue light LEDs can be a boon in low-light situations. The blue light helps accentuate the details of a map without washing them out, as bright lights can sometimes do.

Lastly, blue LEDs can also be used to track bodily fluids which are often used by forensics when investigating a crime scene. However, the blue lights used by the forensic team are a bit different compared to your standard blue LED light. While you may not have a crime scene to investigate, it’s still an interesting fact to know about.

For more collections of torches, head on to our Coloured & UV Lights section to view our collection of coloured LED torches from reputable brands!

What does the warranty cover?
Victorinox guarantees any stainless steel product that it sells to be free from defect in material, construction or workmanship under normal use and following the care instructions. This excludes damage caused by misuse or accident. The warranty extends only to the product’s original purchaser. Chips in the knife blades, broken knife tips, discolouration from food and rust spots are not covered. Knife chips and broken knife tips can often be repaired by re-sharpening.

The following are excluded from the warranty:
Damage caused from misuse, improper use or accident
Misuse cutting hard substances such as frozen foods, bones, hard nuts, hard cheese etc
Improper use using item as a screwdriver, can or bottle opener, etc
Accident dropping knife on the floor or hitting against other hard surfaces
Rust and discolouration stemming from inadequate after care

Victorinox's goods come with guarantees that cannot be excluded under the Australian Consumer Law. You are entitled to a replacement or refund for a major failure and for compensation for any other reasonably foreseeable loss or damage. You are also entitled to have the goods repaired or replaced if the goods fail to be of acceptable quality and the failure does not amount to a major failure. The benefits to the consumer given by this warranty are in addition to other rights and remedies of the consumer under a law in relation to the goods to which the warranty relates.