KDM Fire Extinguisher Cabinets
The KDM fire extinguisher cabinets utilize high-quality metal (mild steel, FRP metal, and high-grade metal). This cabinet is available in a comprehensive array of options enabling it to have numerous applications. It efficiently stores and protects the firefighter equipment (fire extinguisher).
In an emergency, these fire extinguisher cabinets are suitable in private and public locations: department stores, residential buildings, commercial establishments, industrial, shopping malls, schools, and more.
The said product is very versatile, offers an easy installation process, sturdy setup, and is safe for the environment. It undergoes advanced procedures to ensure corrosion and rust-resistant fire extinguisher cabinet that will render long service years.
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KDM Fire Extinguisher Cabinet Series
The strong single-door fire extinguisher cabinet is ideal for storage and protecting 6 to 9 kg of fire extinguishers. This fire extinguisher cabinet can withstand changing weather patterns and has a sealed shield produced from high-grade metals.
The marketable solid fire extinguisher cabinet has strengthened fixing points for a quick and easy installation. Moreover, it features a waterproof seal between the lid and the cabinet, protecting the inside from dust and damage.
The sidewall fire extinguisher cabinet is ideal for various installation guides- mounting on a flat surface or stationary. The cabinet comes from quality metal and process acquires required certifications. They have lasting quality and coated colors.
The wall-mounted metal fire extinguisher cabinet is suitable for different fire extinguishers weight coated with powder. The cabinet is a great option to store and protect any firefighting equipment. Additionally, it comes from thick metal material.
The anti-corrosive mirror-type steel fire extinguisher cabinet features a mirror finish manufactured using quality material. The fire extinguisher cabinet is available in a wall mount or recessed option. The capacity and door dimensions are customizable.
The stainless steel fire extinguisher cabinets are made from heavy-duty stainless steel with a red powder-coated finish. They are very spacious and suitable for storing double fire extinguishers. Also, they are commonly used in many construction sites.
The double door fire extinguisher cabinets are designed with 2 compartments that can be used for storing the fire hose reel and fire extinguisher. They have smooth finishing, high impact strength, fire resistance, and high corrosion resistance.
The double fire extinguisher metal cabinets have a high weight capacity and are ideal for storing two fire extinguishers. They are suitable for floor or wall mounting. Also, they are featuring rust resistance, a clear viewing window, and a lockable door.
KDM Fire Extinguisher Cabinet Characteristics
The fire extinguisher cabinet offers easy access to firefighting materials when risky events such as fires occur. This cabinet is practical storage for fire extinguishers for efficient work.
The cabinet for the fire extinguisher utilizes well-fabricated hinges and locks. Also, it offers high visibility, allowing easy application and installation procedures.
Custom cabinets for fire extinguishers have different specifications, making them a versatile material with many applications. It is fully customizable to specific needs.
A powder-coated fire extinguisher cabinet has proven to last more than a decade in an application. The unique process allows the cabinet to resist chemicals and weathering.
Fire Extinguisher Cabinets Importance
KDM manufactures advanced models of fire extinguisher cabinets to fit particular utilization. Here are some importance of including extinguisher enclosures in suitable areas.
- Secure the extinguisher against accidental damages
- Easy to identify and access
- Protects the extinguisher from dust, dirt, and other outdoor elements
- Designed with alarms for expanded security
- Cabinets available with locks prevent theft
- much other importance
Custom your desired fire extinguisher sizes, shapes, and materials on KDM!
Fire Extinguisher Cabinets Applications
The fire extinguisher cabinets are ideal for numerous applications. They enhance storage equipment safety in particular areas, including:
- and other commercial areas
KDM consists of different processing machines to customize extinguisher enclosures, depending on utilization. We also provide them for automobiles, electronics, and electrical industries.
Fire Extinguisher Cabinet Materials
Standardized metal materials are used to form fire extinguisher cabinets. They come with various features and advantages. KDM allows your preferred materials during production. Available in:
- Aluminum: These materials feature durability, classy appearance, and good conditions for commercial buildings.
- Bronze: The bronze extinguisher enclosures have high flexibility and good resistance to saltwater, resulting in corrosion.
- Stainless Steel: Characterized rust and rugged resistance construction. They are ideal for interior locations, providing stylish looks.
- Brass: It is a red, non-ferrous metal applicable to form an extinguisher cabinet. Features rigidity and impact strength.
Why Choose KDM Fire Extinguisher Cabinets
KDM industry recognizes product quality’s significance, making it the primary and topmost priority during production. This goal continues to influence all KDM products throughout the decades.
In many cases, a durable cabinet or enclosure is vital in preventing corrosion to most fire extinguishers and adds protection against theft. A well-built fire extinguisher cabinet allows quick access to firefighting equipment during emergencies.
Interestingly, alarm installation in the fire extinguisher cabinet is possible for additional protection. It features a rigid strap to keep the extinguishers or firefighting supplies firm. Also, it comes with a high transparent viewing panel.
Our company comprises professionals and experts in the field, guaranteeing prime fire extinguisher cabinets that suit any demands and needs.
The fire extinguisher cabinet is open for customization. Drop us an email now for more product details and specifications.
KDM Custom Fire Extinguisher Cabinets
With our professional artisans, engineers, and high-peed pieces of equipment, your requested fire extinguisher cabinets are achieved. We do various processes, like:
- Stamping: a process of metal pressing, forming, or cutting sheets into desired sizes.
- Welding: involves connecting and assembling parts to form cabinet measurements and designs.
- Finishing: includes surface treatments procedures, like spraying, electroplating, anodizing, or custom. It maximizes durability and external beauty.
KDM also does blanking, punching, milling, drilling, and tapping. That assures you well-processed and finished extinguisher enclosures.
Different fire extinguisher cabinets come with various installation styles. KDM professionally customizes them by following your drawing or detailed specifications. The following are some of the types.
Recessed: The fully-recessed standard enclosures commonly accommodate 5 to 30lb fire extinguishers yet are customizable. They are ideal for both backlit or new building projects locations.
Semi-recessed: This style is available with four doors and pulls handles. The cabinet’s door has a matching hinge and adjustable roller catch.
Surface mount: The fire extinguisher cabinets are precisely installed on wall surface tops. They are suitable for dead-end areas.
OEM & ODM KDM Fire Extinguisher Cabinets Applications
Due to the significant number of people it accommodates, transient occupancies must have special fire sprinkler and sensor standards, including KDM sturdy fire extinguisher cabinets guaranteeing guest welfare and exceeding safety requirements.
Due to the numerous heat dissipation equipment and flammable gases or chemicals implemented in various locations, the most modern health care technology and practices are fire vulnerable. KDM offers a prompt and necessary solution in the eventuality of an unwelcome fire.
When the right features, procedures, and building components are not available, fire accidents in assembly occupancies are among the most fatal. Expert code standards indicate the addition of KDM fire extinguisher cabinets to protect the population in a fire emergency.
Electrical surges, cafeteria accidents, and other circumstances lead to destructive fires at detention and correctional institutions. As a result, the Jail Bureau must take the necessary precautions and install KDM fire extinguisher cabinets to ensure safety.
A mercantile enterprise typically displays vast retail numbers of flammable merchandise. Thus, the chances of fire risk in these places are significantly high. Nevertheless, KDM manufactures finished fire extinguisher cabinets, both premium and personalized.
“I really appreciate the quality of finishing and polished edges. My requested fire extinguisher cabinets perfectly suit the areas I have installed.”
“I’ve finally received my requested customized extinguisher cabinets, so durable and accurate with my detailed specifications. Thank you KDM”
“KDM will be our supplier now, great quality products with affordable costs. Also, delivered on time without damages.”
Fire Extinguisher Cabinets: The Ultimate Guide
I know you are probably looking for high quality and reliable fire extinguisher cabinet.
A reason this guide will take you through everything you should know about fire extinguisher cabinets.
Let’s dive right in.
Just like fire extinguishers, fire extinguisher cabinets have different components or parts. Some of the main parts of fire extinguisher cabinets are not limited to;
- Lock – A lock helps to secure the fire extinguisher cabinet against theft or tampering.
- Pitched roof – The sloping roof design on fire extinguisher cabinets facilitate drainage.
- Display panel – Mostly, fire extinguisher cabinets will have an acrylic replacement glass panel.
A glass panel facilitates easier access of the fire extinguisher through breakage of the panel in case of any fire outbreak.
Also, the glass panel prevents people from accessing the extinguisher easily but only when needed.
fire extinguisher cabinet
- Handle – A handle facilitates the opening and closing of a fire extinguisher cabinet door.
- Hammer – Hammers come in handy when breaking the acrylic panels into the fire extinguisher cabinet.
This is done during emergency fire outbreaks to access the fire extinguisher.
- Lettering – Lettering is meant to provide information on contents stored in the hose, valve, and fire extinguisher cabinet.
- Alarm- Normally, you will find an alarm stack in a fire extinguisher cabinet. The alarm goes off when the cabinet is opened.
This helps to minimize theft or vandalism of the fire extinguisher. It is easy to install an alarm since they are designed to have an adhesive backing.
- Decals – It is a label part that warns against the misuse of the fire extinguisher.
- Latches – A stainless steel latch is often used on a fire extinguisher cabinet to retain the door while allowing easy access.
Latches are ideal for locations that have fewer risks of theft.
There are several fabrication techniques but for the fire extinguisher fabrication process we shall have a look at six processes.
During the fabrication process, sheet metal is used to create the final product. In our case, it is a fire extinguisher cabinet.
Essentially, sheet metal fabrication entails the conversion of sheet metal to functional parts. Sheet metal fabrication is a more cost-effective method as compared to alternatives such as machining and casting.
Not forgetting that it is a faster method and the best option if you want minimal wastage of materials.
Some of the common metals used in this process include; steel, brass, bronze, aluminum, copper, stainless steel, and zinc.
Step 1: Understand Fire Extinguisher Cabinet Requirements
Before anything, let us first understand the requirements for fire extinguisher cabinets.
- The fire extinguisher cabinets should not project more than 4” from the wall into corridors, aisles, walks, and passageways.
These requirements apply to fire extinguisher cabinets that have leading edges between 27” and 80” above the floor.
- The top of your fire extinguisher cabinet should not exceed 54” above the floor.
- The bottom of the fire extinguisher cabinets should be at least 4” above the floor.
- For SNL type 1 and type iii fire extinguishers, the minimum interior box dimensions should be 24” H x 9.5W x 6” D.
On the other hand, a type ii fire extinguisher should have a dimension of 27” x 12” W x 8” D.
- When constructing the fire extinguisher cabinets, you should provide the standard box with trim, door, frame, and hardware.
These should match the type of cabinet, door style, and trim style indicated.
In addition to that, perimeter door frames should be mitered and welded.
- Fire extinguisher cabinets should also be well-listed and labeled.
The cabinets should be double-walled and the thickness of fabrication should be made from a 1.2-mm thick metal sheet lined with 16-mm thick fire-barrier material.
- Installation of the fire extinguisher cabinets needs to comply with the manufacturer’s guidelines.
- Fire extinguisher cabinets should only be installed at locations indicated on the drawing.
Step 2: Choose Fire Extinguisher Cabinet Material
After understanding the requirements, the next step would be to select materials to use for your fire extinguisher cabinets.
Knowing the type of fire extinguisher cabinets you want is the first step to determining the type of materials to get.
Fire extinguisher cabinets can range from heavy-duty to plastic fire extinguisher cabinets. The best materials are those that don’t lose their physical properties during the fabrication process.
Most importantly, you need to select one that meets your needs.
Some of the factors that you should consider when selecting your materials include;
- Corrosion resistance
- Tensile strength
As I mentioned earlier, there are a variety of materials to choose from for your fire extinguisher cabinets.
Some of the commonly used ones include;
- Stainless steel
Steel, Aluminum, and, stainless steel is ideal for indoor fire extinguisher cabinets.
As compared to steel, Aluminum is much lighter and would therefore create a light fire extinguisher cabinet.
In addition to that, Aluminum is more expensive but strong and ideal for lower temperatures.
It is the best material with a strength-to-weight ratio that supports several applications such as making consumer goods like laptops, and phones.
On the other hand, steel has some unique properties that make it suitable for a variety of projects.
Steel has several variations that are mostly known to have greater tensile strength and are durable.
Not only is steel rustproof but also resistant to corrosion and temperature.
Some of the steel variations are not limited to;
1. Stainless steel – has high tensile strength and resistance to corrosion and temperature.
2. Galvanneal and Galvanized steel – Both are corrosion and rust-resistant.
As compared to Galvanized steel, galvanneal steel undergoes an extra annealing process making it more resistant to rust and corrosion.
Both are durable and have higher formability.
3. Cold-rolled steel – It is rolled at room temperature and is cheap.
Cold rolled steel also has a nice smooth surface making it ideal for products that require smooth finishes.
Cold rolled steel is also ideal for large structures application eg. garages.
4. Hot-rolled steel – As the name suggests, it is rolled in a heated state.
As compared to cold rolled steel, hot rolled steel has easier forming thus lowering the costs.
However, you won’t get accurate dimensions with hot rolled steel due to the shrinkage after cooling.
Stainless steel for example is mostly used for kitchen accessories, all types of surgical apparatus, sinks, and cutleries just to mention some.
Copper is a good corrosion-resistant material and has excellent electrical and thermal conductivity.
Brass on the other hand is also an excellent conductor of electricity and has low friction.
Brass and copper have a golden appearance making them have an aesthetically pleasing appearance.
Wooden material makes your fire extinguisher cabinet appear more upscale and thus can be ideal for professional buildings.
Fiberglass protects the fire extinguishing equipment from harmful UV rays, adverse weather conditions, and other elements.
Not only is it lightweight with high strength but it is also durable and has good thermal properties.
Plastic material is ideal for making lightweight fire extinguisher cabinets.
Plastic can be easily molded into diverse shapes and sizes and has good insulation and low thermal conductivity.
Also, plastic material is moisture-resistant and has dimensional stability.
Plastic fire extinguisher cabinets are easier to install and have lower shipping costs owing to their lightweight nature.
Step 3: Cut Metal Sheet For Fire Extinguisher
Sheet metal cutting is the first step in any fabrication process.
Practically, the metal sheet is cut before being designed to different shapes and sizes. There are different methods used to cut sheet metal.
Your choice will depend on the thickness of the metal and specifications.
Below are some of the ways used to cut sheet metal;
- Torching – Sheet metal such as steel sheet metal can be cut using a cutting torch tool that uses a hot flame for cutting.
- Water jet – A water jet is a tool that utilizes an extremely high-pressure stream of water to cut sheet metal.
The water released passes through a narrow nozzle at high pressure and cuts the thick sheet metal.
- Shearing – Shearing involves cutting the sheet metal from a larger roll or flat stock to the desired size.
The top and bottom cutting blades secure the sheet metal. The sheet metal bottom is pressed against the lower blade.
As a result, the material is fractured into distinct smaller pieces. This happens as the material moves through the shear machine.
One of the common types of shearing tools and machines is bench shear or level shear.
This cutting tool is mounted onto a working surface that needs to be stable and secure.
Not only is a bench shear lightweight but also easy to use.
A guillotine machine or power shear is another shearing tool that is more complex and effective than bench shear.
It can either be powered hydraulically or mechanically.
We can attribute its effectiveness to the powered blades which facilitate the guillotine machine to cut swiftly and effectively through sheet metal.
- Sawing – Very thick metals that can’t be cut by any of the above ways are cut using circular saws and bandsaws.
Not only is sawing intensive but also longer and this explains why it is best suited for cutting thick material.
Step 4: Sheet Metal Forming Process
When making sheet metal, the following forming processes are applied;
- Bending – Bending the sheet metal can either be done using a brake press or a related machine press.
Press brakes fold the parts of the sheet metal and are important when creating sharp angles.
The machines create V-bends or U-bends and some bends tend to be complex.
This explains why bending requires highly-skilled manufacturers.
- Ironing – The main purpose of ironing is to reduce the thickness of the sheet metal.
- Punching – Creating holes in a metal sheet using a punch and die set is what is referred to as punching.
Practically, the sheet metal is positioned between the die and punch after which holes are created by pressing down the punch.
- Hydroforming – Hydroforming is a one-step process that entails using a high-pressure hydraulic fluid to apply pressure on a metal sheet and alter its shape.
- Curling – Curling is done to create smooth edges of the sheet metal by adding a hollow and circular roll to the edges.
- Laser cutting – Laser cutting involves exposing the sheet metal to a high-powered laser that creates holes through burning.
Step 5: Assemble Parts Of Cabinets For Fire Extinguisher
Different components of the fire extinguisher cabinets are assembled and put together using different joining processes.
Below are some of the joining processes used to assemble parts of cabinets for fire extinguishers;
- Welding – Welding refers to melting a sheet metal and a filler to form a join after the parts cool.
- Riveting – A rivet is used to join sheet metals by drilling a hole in each of the sheet metals that need to be joined and fixing a rivet.
- Brazing – Brazing joins two sheet metals by filling the joint with a flowing filler metal. Keep in mind that the filler metal needs to have a lower melting point than the adjoining sheet metal.
- Soldering – Soldering joins two sheet metals through melting solder. Solder contains molten metal alloy comprising of lead and tin.
- Mechanical fasteners – Some of the mechanical fasteners used to join parts include; bolts and nuts, taper pin, screw, and nut, stud, and split pin.
Surface finish is a process that involves changing the metal’s surface either by removing, adding, or reshaping.
It also improves the aesthetics and functionality of the final product. Here are some common surface finishes you should know;
- Powder coating – As the name implies, powdered paint is used to coat the sheet metal after which the sheet metal is baked to create a wear-resistant layer.
- Anodizing – Anodizing increases the thickness of the oxide layer which in turn increases resistance to corrosion and durability.
- Sand Blasting – A powered machine is used to propel sand or other abrasives against the sheet metal at high velocity.
This is done to create a matte texture on the metal to prepare it for coating.
- Chemical Films – Chemical films are ideal for a base coat for paint and provide both corrosion resistance and good conductivity.
- Buff Polishing – Buff polishing uses a cloth wheel to buff the surface to achieve a shiny appearance.
Fire extinguisher cabinets need to be mounted to prevent them from being damaged or moved.
You can choose to either mount your fire extinguisher in wall cabinets, floor stands, or on brackets.
The three common wall mounting options for fire extinguisher cabinets are not limited to;
- Semi-recessed – Several semi-recessed fire extinguisher cabinets are ADA accessible.
- Fully-recessed – All fully recessed fire extinguisher cabinets are normally ADA accessible.
- Surface Mounted – Surface-mounted fire extinguisher cabinets are easier to install and are not ADA compliant. They are mounted directly on the surface of the wall. Surface-mounted fire extinguisher cabinets are suited for buildings that don’t need ADA accessibility.
Fire extinguisher cabinets and fire hose cabinets are distinct equipment in that;
A fire hose cabinet refers to a steel box used to store fire equipment such as fire hose reel, hose rack assembly, and fire extinguisher.
fire extinguisher cabinet
On the other hand, a fire extinguisher cabinet is specifically meant to store fire extinguishers.
It also protects from dirt and adverse weather conditions.
However, both types of equipment store fire extinguishers and prevent them from being vandalized or stolen.
fire hose cabinets
The price of fire extinguisher cabinets varies depending on several factors. Below are some of them;
- Size – Bigger fire extinguisher cabinets cost more compared to smaller ones.
- The material used – Some materials are more expensive than others and this directly impacts the final price of the fire extinguisher cabinets.
In addition to that, the availability of materials is one of the major determinants of pricing.
Readily available materials for fire extinguisher cabinets result in lower product costs.
- Customization – Customized fire extinguisher cabinets are more than likely to cost more.
Some types of customizations might require unique features or materials which hike up the prices of the fire extinguisher cabinets.
- MOQ – Normally, the higher the MOQ the lower the costs and vice versa.
This mostly applies when making bulk purchases of fire extinguisher cabinets directly from the manufacturer.
While some suppliers provide room for MOQ negotiations lowering the MOQ doesn’t come easily.
Suppliers are very keen on any loss that might be caused by lowering the MOQ and thus you need to ensure that both parties are equally satisfied.
- Tooling – The tools used to manufacture fire extinguisher cabinets determine the final pricing.
For example, some tools might need other special treatments to facilitate their functionality.
This in turn adds up to the final price of the finished product.
Also, the cost of the tools used in fire extinguisher cabinets production varies and thus affecting fire extinguisher cabinets price.
- Accuracy – Some materials such as hot rolled steel don’t provide accurate dimensions.
In such cases, products made of this material tend to be cheaper as compared to those made of other materials.
For all your fire extinguisher cabinet fabrication needs, contact us now.