Oversized doors are a challenge to build. But with our Sing Core material it will remain straight, strong, and lightweight for many years and eliminate the challenge of oversized doors for the architects and millwrights.
Prior to the introduction of Sing Core to the oversized door builders, door manufacturers and millworks found it impossible to offer any warranty on 8 foot doors, 10 ft garage doors or even larger doors. Now, thanks to Sing Core, they can build and offer a warranty on doors to remain warp-free for 50 years, even if the oversized door spans 50 ft.
Sing Core is a unique type of material that is made form a combination of a patented honeycomb core and high quality wood. Thus creating a lightweight and extremely strong product. If your oversized door has professional Sing Core inside it can be guaranteed to be warp-free for 50 years, including full structural warranty. No other door can be guaranteed to be warp-free unless it has Sing Core inside.
The Big Challenge
The trouble with oversized doors today is that all over the USA and around the world if the doors are large doors meaning over 7 ft. tall and 3.5 ft wide, problems will arise causing the door to fail because overtime all big doors warp. Sing Core solves that problem quite nicely.
If your oversized door has professional Sing Core inside it can be guaranteed to be warp-free for 50 years, including full structural warranty. No other door can be guaranteed to be warp-free unless it has Sing Core inside.
Behind the Warp-free Oversized Doors
The secret of creating a warp-free oversized door has been discovered, and the answer is Sing Core. Besides being guaranteed warp-free for 50 years, your high quality doors with Sing Core inside offer other features. You can expect some amazing additional attributes due to the composite structure of Sing Core door blanks.
Lightweight
Sing Core is a solid internal door core designed for oversized doors that weighs a fraction of other solid wood door cores. Oversized doors with Sing Core inside can weigh 100 lbs. each in comparison to the 1,100 lbs. each of the original solid core large doors being architecturally replaced.
High Strength
Sing Core has been independently tested and rated at 660 PSI. That’s stronger than steel pound-for-pound. No other lightweight door core material is stronger or more effective for oversized doors that can withstand over 600 lbs.
Warp-free, and no Bend or Twist
Professional Sing Core will not warp, bend, twist or otherwise fail due to the vertical grain torsion box structure reinforced with rigid structural strength foam insulation and patent pending stiffeners. Sandwiched between two stress skins. Sing Core is the only door core material that can be guaranteed warp-free for 50 years.
Insulated
Sing Core is packed with insulation for climate control and sound deadening characteristics ranging from R3.5 and up per inch due to the structural insulation used inside the torsion box structural grids. Foam can be upgraded from our standard EPS foam (R3.5) for even more insulation per your specifications by using Polyurethane foam (R6.5), Polyisocyanurate (R7.5), Phenolic (over R8) or other more advanced foams that may be available to meet your specifications.
Electric Vehicles are increasing in popularity with their economic and eco-friendly features. Although they are great vehicles there are some flaws. In the following you will be able to see solutions to these problems and what new features could be implied to make
One of the greatest struggles with electric vehicles is the amount of time required to recharge the batteries. We find that a full recharge takes about 12 hours and a solution to this would be to change the battery for a faster recharge time. This new powertrain solves the issue. With this powertrain, the user can transfer their cabin of choice to a fully charged powertrain in a matter of minutes.
Each side of the car will have at least two wheels that will be powered independently by electric motors. The electric motors can be mounted wherever they are needed. Optionally, there can be a third set of wheels in the center of the car for additional friction to begin moving the car and then become the primary wheels used when the vehicle is traveling at higher speeds while the outer wheels are retracted to reduce friction. Each set of wheels can be inline with each other or can be offset to prevent wear on the roadway and each wheel can be adjusted. This allows the on-board computer to raise and lower each wheel independently to ensure optimal friction with the ground at any time. Each wheel can pivot 90 degrees in either direction to aid with braking or even parallel parking. The differential system will be controlled by the on-board computer with sensors in the steering wheel and/or in the wheels to sense the additional friction and adjust accordingly. The anti-lock braking system uses similar sensors to determine where the braking is needed the most.
This new driveline will allow the electric car to create much less drag and increase braking power. There can be at least two wheels on each side of the vehicle. It can have an optional set of at least two wheels in the center of the vehicle. The set of wheels in the center will allow the car to have much more braking power but also increase friction to the ground, making acceleration much more efficient. The set of wheels in the center of the vehicle will become the primary set whenever reaching higher speeds. The sets of wheels on the left and right will retract slightly so the wheels in the center are the only contact with the ground.
The new electric car driveline ultimately is designed to make electric cars increasingly more efficient. Optionally, there can be a third set of wheels in the center of the vehicle. This third set of wheels will provide additional traction for improved acceleration and braking power. The third set of wheels, in the center, will become the primary set of wheels when cruising speed is reached. The sets of wheels on each side will retract, leaving only the center set in contact with the ground. At least one electronic gyroscope can maintain stabilization when only using the center set of wheels. This will greatly reduce the resistance against the vehicle.
Lightweight Honeycomb Structural Battery Pack
The premise of this invention is to simplify and improve the previous methods used for battery systems in any vehicle that relies on battery power. This new method uses a honeycomb structure, in either hexagonal, circular, rectangular, or even ovular grids. Each of these grids will house each individual battery cell. This battery pack can be used for structural purposes of the car. This could replace the chassis or become part of it. The structural battery pack can be in beam-like segments to run from one end of the vehicle to the other, either side to side or front to back. The beam-like battery pack can be diagonal if necessary. The honeycomb grid itself can be made of metal, polymer, paper, wood veneer/products, or fiberglass.
The complete modular battery pack, with cells inserted, can be easily placed in a group. The top and bottom plates, positive and negative connectors, can be pre-wired for easy installation and the case will become part of the integral structure. The interconnected housings and honeycomb grid will be water-tight to allow the air or coolant to pass without creating a short-circuit or other issues. Modular battery packs have battery cells with casings which function as the sandwich core grids or you can have a flange connect each casing forming the honeycomb grid. Each flange has a hole for air or coolant to pass through for core temperature control. The combination of flange and casing will become the newest technology, the casing of the battery will form the honeycomb grid. This invention will make battery cells become lighter in weight by functioning as the sandwich structural core. It will also simplify production. Instead of making individual batteries, you can insert the core of the battery cells into the honeycomb grid, which becomes the battery casing. It will have at least one layer of sandwiched skin on both sides. The most strength will be provided by gluing. By itself, the grid is a lightweight honeycomb structure. By adding multiple battery packs, it will glue together with at least one layer of skin on each side for weather protection and strongest strength with minimum weight; due to the honeycomb grid structure and battery casing connected to form an enclosed sandwich grid without additional weight.
The grid can be integrated with the battery cells to make one large modular battery pack. The cells in the pack can run parallel, for increased amperage, and/or series, for increased voltage, and use conductive plates to connect each cell in the pack. The battery pack will become a honeycomb type structure, but the grid shape can be hexagonal, circular, rectangular, or square. Each battery pack can be a separate unit from the honeycomb panel, they are glued into place with skin material on each side. Multiple battery packs can be joined by adhesion and/or mechanical fasteners and at least one large skin on either side, in one large panel or post and beam. The honeycomb structure will act as an insulator for the individual battery cells. If battery cells are integrated with the honeycomb grid, then the grid will become the negative connection. The positive connection will be isolated from the negative connection, which can be the grid itself or a plate. This structure, complete with all battery cells, will be a modular block that can be easily removed or replaced by removing the entire adhered skin and mechanical fasteners, if used. The modular block cell housing can be used for the structure of the vehicle. The housing can span across the entire floor pan of the vehicle or can be in beam-like sections. The beam-like sections may provide structural support and can span from side to side, front to back or diagonally across the undercarriage of the vehicle. Each block of parallel battery cells will be connected in series to each other, increasing the overall voltage. In doing so, the parallel cell block will be easily interchangeable in the series, instead of every battery cell individually. The battery cell housings will be interconnected and waterproof. This allows air or coolant to pass easily through without creating a short-circuit. This will provide cooling on all sides of each battery cell. In conclusion this invention is to simplify and improve the previous methods used for battery systems in any vehicle that relies on battery power.
EV Driveline
This invention is designed to improve the efficiency of modern electric vehicles. This electric vehicle driveline will increase the range an electric vehicle can travel per charge. The new EV driveline consists of narrow and/or smaller diameter wheels that will greatly reduce drag while driving at cruising speeds. Layout of said wheels will be similar to current vehicles, with wheels on each corner of the vehicle, but can have an extra wheel placed between the front and/or back sets of wheels or possibly in the center of the vehicle.
Extra wheels provide additional friction for gaining speed as well as additional braking power. The number of wheels in the driveline will depend on the user’s desired acceleration and/or deceleration rate. The extra wheels can be wider, to provide additional friction, or thinner for less drag. Each wheel’s suspension will be able to raise and lower independently to accommodate for uneven terrain. This will also keep the chassis of the vehicle level no matter how uneven the terrain is. The driveline will use a regenerative braking system to store additional energy, providing additional range. The electric motor will act as a generator whenever not consuming power. That means that every time the car is coasting down a hill or coming to a stop, the motor will become a generator and feed additional energy to the energy storage.
The premise of this invention is to limit the amount of drag acting upon the vehicle while in motion. In doing so, the energy consumption will be much more efficient and provide more available energy per refueling. This means that there will be much more range available from one charge cycle.
The most responsible use of natural resources due to the declining availability of natural wood are Veneer Doors. The wood grains intervened by slicing very thin layers of grain into sheets of natural material. They can be applied to flat surfaces, such as panels, plywood, or can be used as a door skin.
Veneer is an excellent way to build a standard-sized door, but when you are reaching for door heights which pass the 8 foot mark or widths that are greater than three-and-a-half feet wide, you start running into the risk of door failure.
Large veneer doors are entirely different. These oversized doors do not come off of a conveyor belt. They are usually a one-off build by a highly skilled artisan or team of craftsmen who are building these big veneered doors according to engineered architectural specifications.
The process of applying veneer isn’t simple. Just one wrong move can ruin your product, which means a large cost to fix the problems. That one mistake can even result in a whole new door. Even if you run into a problem with a standard sized door, it’s not too much of a problem, because factories are tossing these out by the thousands every day. So, when your door fails, you can just head to a hardware store and buy an inexpensive replacement door. This is often less expensive than hiring a millwork to service or repair your veneer door.
There are many things to take into consideration for a large door with a natural wood veneer on it. The first consideration is the veneer itself.
How thick is it?
What will the substrate be made of?
How will it be applied to the substrate?
If laminated, what is the method used, what adhesive will be applied, and how long will the lamination last, before it starts to delaminate?
Wood veneered doors are more commonly used indoors, as the thin veneer is not well-suited for exposure to the elements, such as in a large front door application. In this case, you would be better off using a thicker surface material such 1/8 to a 1/4 wood stave skin for exterior doors.
The most important aspect when considering a veneer door is how the door will be made from the inside out, especially in large veneer doors over the standard 3 ft. by 7 ft. door. You may ask yourself, why? Because they will warp. Almost any material used in building an oversized veneer door will move according to variations in the environment where the door resides.
We offer our ultra high quality veneering service for customers who need that extra level of quality.
Premium Option
We apply an MDF layer to our legendary ply substrate. This offers you the most stable option for applying to your veneer door. You can save money on your end by getting the job done correctly the first time. If you do not apply your veneer to the proper surface, it could result in having to redo your veneer job. In the worst case scenario, applying your veneer improperly can ruin the doors. That’s why, with our premium option, we ensure you a proper surface for your application.
Standard Option
Our standard substrate, made from high quality plywood, offers you a great surface to apply your skins, but you must make sure to do your veneer job properly, or it could result in a ruined veneer job. Veneering requires experts who have a very high level of skill.
No Warping for 50 Years
Here at Sing Core we offer a 50 year guarantee that our products will not warp. A warped door can lead to many issues and product failure. Sing Core products are build using our patented and patent-pending designs that guarantee they will never warp, so this completely eliminates the risk of a door failure.
The Greater Auburn-Gresham Development Corporation is leading an effort to redevelop a vacant office building on a key commercial corridor in the Greater Auburn Gresham community. The redevelopment of 839-45 West 79th Street is a development project that will not only urge additional development along the disinvested business district, but will also bring back to life a once prominent commercial building that has stood vacant for twenty years.
The redevelopment project is being implemented as part of the recently completed Auburn Gresham Quality of Life plan which has several strategies and tasks to improve the quality of life of residents in Auburn Gresham and surrounding communities. During the 1 1/2 year long planning process, more than one-thousand residents were engaged and took part in monthly discussions and together, divided into separate issue area task force teams. The task force teams focused on core areas including: jobs, economic and business development, health and wellness, education, youth development, and more. When complete, the redevelopment of the vacant building into the Auburn Gresham Healthy LifeStyle Technology Hub directly responds to the community’s quality of life plan including workforce development, technology and educational enhancements, along with community development services supporting youth, seniors, families and disenfranchised serving the greater south side.
Sing Core was able to be part of this wonderful project by providing our Pocket Doors. These doors are a type of sliding door that recesses into the wall instead of sliding in front of it, effectively becoming invisible. We make these doors possible with our lightweight and sturdy core.
Pocket Doors
Secret doors are an exciting and distinctive way to add uniqueness to your home. Pocket doors have become an integral part of modern architecture. The can be more than just a convenient sub-type of sliding doors. Pocket doors are one of the only options when considering a concealed or hidden door.
Pocket doors provide a special twist to any sliding door application. Pocket doors largely improve the area near the door opening, as a traditional sliding door requires dedicated wall space to open over. Pocket doors fully recess inside of the wall, meaning all of the necessary holding space is in a place you already couldn’t make use of. Pocket doors also prove to be useful in space-saving scenarios, such as in an RV or small office.
Core
Well-known to outperform any other known honeycomb core or composite honeycomb material, Sing Core has been rated at 660+ PSI and has the highest tolerances for high precision integrity over the surface of the material.
In side-by-side comparisons, patented Sing Core outperforms all other honeycomb core materials in terms of an Eco-friendly high performance material that is insulated, stronger and lighter weight. The added insulation provides both R-value ratings and sound deadening that are not available in other honeycomb cores.
That is why our most high end clients, including the scientific community, aerospace industry, nautical industry, industrial, space and military agencies rely on Sing Core for the most high precision and high performance core material available.
Guarantee
Sing Core Pocket Doors, like all Sing Core products, come with a 50 year structural and warp-free guarantee. You won’t find this common in the industry, as few products can hold up to it. At Sing Core, we don’t make empty promises. Your door will last for 50 years without structural or warping issues, guaranteed.
Guarantees are offered with doors which are covered, in writing, signed by the inventor of Sing Core. We take our 50-year guarantee very seriously. Our best clients depend on this worry-free performance and trust us to provide them with the best solution for large doors of any size or style.
The multi-directional jet drone is designed to efficiently transport items into outer space and inner space. This jet propulsion powered drone can consist of a main body, shape can vary, and at least three pulse jet engines. An optional turbo or alternative jet can be installed vertically or horizontally, in relation to the main body.
The flying machine can be launched from the earth’s surface or from high-altitude. High-altitude launching is preferred if planning to enter outer space. High-altitude launch can be facilitated by any flying vehicle. A flying vehicle can bring the flying machine to high-altitude. The flying machine can then launch the rest of the way through the atmosphere.
The flying machine is designed to efficiently transport items, such as satellites, into outer space and in inner space. The machine can be a platform, exact shape can vary, attached to at least three pulse jet engines and an additional optional jet engine.
This flying machine can be launched from the ground or can be launched at high altitude from a flying vehicle. It is designed to operate in inner space and outer space. To launch into outer space, the flying machine can be placed on a platform supported by a high-altitude balloon. The high-altitude balloon can lift the flying machine through the atmosphere. Once the balloon reaches its peak trajectory, the flying machine can start its engines and separate from the balloon. The flying machine can then continue its journey through the atmosphere into outer space. By launching from the upper stratosphere, the flying machine will require much less fuel to reach the destination.
This can eliminate the need to send astronauts to transport items between space stations. This flying machine can be controlled by automation or by an operator.
This machine is not only designed to operate in outer space, but also in inner space. This machine can be used to transport items, take photo/videos, or even … The main body shape can be designed according to Bernoulli’s principle so that fuel consumption can be more efficient. If the body is designed according to Bernoulli’s principle, then the flying machine can be able to travel horizontally at a high rate of speed while consuming a minimal amount of fuel. This would also allow the flying machine to use an optimal angle of attack to launch from the balloon to outer space, decreasing launching fuel consumption.
This new generation of garage and barn doors features groundbreaking technology allowing garage door designers and engineers to reimagine their garage door possibilities exponentially by using new garage door panel surface materials for evolutionary wooden, fiberglass, HPL, aluminum, or other metal garage doors. These doors are dimensionally Stable, High Precision, Fully Insulated, Airtight, Sound Deadening, and the Strongest Lightweight Garage Carriage Doors made with the most innovative Garage Door Core.
One of the primary reasons why Sing Core is the ideal choice is its unmatched strength and stability. Constructed using high end materials, Sing Core features a lightweight patented honeycomb core pressed between two sturdy exterior layers. This composition results in an incredibly strong and rigid material that can withstand heavy usage and resist warping, bowing, or twisting over time. Barn doors made with Sing Core maintain their structural integrity even in demanding environments, ensuring long-lasting performance.
There is no door too small or too large for Sing Core’s aerospace inspired “honeycomb” wood and foam core construction. We guarantee your panel will be perfectly straight (to AWI standards) for 50 years or more! This makes Sing Core the perfect companion for your high insulation value sliding doors, where exact straightness is the key to a great seal for a sliding door.
Garage Door
Garage doors are used as a barrier to protect your vehicle and personal items. Regular garage doors tend to fail in keeping their form and end up weathering. These doors are also not insulated and give easy access to outsiders to enter your home.
Sing Core’s patented door panel design is the leader in the industry of custom, lightweight, and sturdy doors. They are lightweight enough to easily function as a garage door, whether folding, sliding, or otherwise and provide exceptional insulation during the colder seasons. Our Sing Core products will help keep the the warm air in the garage making it more enjoyable.
Our custom production line is capable of making custom doors in any quantity. Whether you need a one off door for a remodel project or custom high end home, or you need 1000 doors for your development, Sing Core can be your supplier.
Barn Door
Sing’s patented and patent pending technologies empower his True Flat Team to create these amazing hybrid solid composite cores which weigh a fraction of other solid wood-based structure cores. Lighter weight barn doors mean lighter weight hardware and less stress and strain on the structure. This prevents the need for constant ongoing maintenance to the barn door, a huge savings over time.
Despite its exceptional strength, Sing Core is remarkably lightweight compared to traditional building materials such as solid wood or metal. This feature not only eases the installation process but also makes handling and operation of the barn doors hassle-free. The reduced weight minimizes strain on hinges and tracks, resulting in smoother operation and a prolonged lifespan of the door hardware. Whether you are installing a single barn door or a set of double doors, Sing Core’s lightweight nature significantly simplifies the installation process.
You might not need bulletproof barn doors, but you will enjoy having lightweight large barn doors that are stronger than steel pound for pound. Sing’s large barn door core material is independently rated at 660+ PSI and is featured inside some of the highest security doors and impact doors in the world.
Carriage Door
Sing Core Carriage Doors are imbued with unique characteristics that separate them from any other commercially available standard carriage door in the world. For instance, Sing Core Carriage Doors are available in outswing (standard), inswing, overhead, barn door and sliding door configurations to meet your individual requirements and specifications.
Due to their superior strength and load capacity in comparison to carriage doors made of other materials, Sing Core Carriage Doors are keenly suited for extreme weather conditions including temperature and humidity variations.
Sing Core Carriage Doors are the perfect adornment for your garage, studio or barn, giving you an unsurpassed aesthetic appeal while being functional and extremely structurally superior.
Each Sing Core Carriage Door is a precision garage door that is handcrafted in the USA and custom built to your specifications. While capturing the beauty of century old carriage doors, Sing Core Carriage Doors are a fusion of old world technology and space-age technology to create a carriage door that is brilliantly adaptable, functional and will last for centuries.
Pocket doors are a type of sliding door that recesses into the wall instead of sliding in front of it, effectively becoming invisible. Sing Core makes unique sliding possible with our lightweight and sturdy core.
Whether you’re trying to hide your pantry or keep a daring escape route, secret doors are an exciting and distinctive way to add to your home. These pocket doors have become an integral part of modern architecture, but despite their many advantages there are also some disadvantages these doors present unique challenges in the manufacturing and installation process. Pocket doors can be more than just a convenient sub-type of sliding doors. Pocket doors are one of the only options when considering a concealed or hidden door.
Along with several benefits. Pocket doors provide a special twist to any sliding door application. Pocket doors largely improve the area near the door opening, as a traditional sliding door requires dedicated wall space to open over. Pocket doors fully recess inside of the wall, meaning all of the necessary holding space is in a place you already couldn’t make use of. Pocket doors also prove to be useful in space-saving scenarios, such as in an RV or small office. These doors despite all of these benefits, they do have a couple major drawbacks if not built properly
One of the biggest downsides to poorly made pocket doors is that when they warp, they become a huge problem. A pocket door needs to remain on its tracks at all times to function, and a warped door panel could potentially pull it off of the tracks or put extra strain on them. In addition, a warped pocket door can scrape alongside the opening in the wall, damaging the finish of both the door and the wall. There are many other complications that can arise with a door that warps. That’s why we recommend using Sing Core for your pocket door, as it will never warp.
There are many reasons as to why doors warp. It could be the size of the door as in the length, width, and height. Also the skin as in the materials used. Some of these materials are more prone to become warped. Weather also plays a huge role in the life of the door. If the door is consistently in harsh conditions and exposure can become warped in no time. But overall the core of the door is the ultimate performance tester. Most doors have a hollow core that doesn’t give the door a solid foundation to resist warping.
Sing Core Pocket Doors, like all Sing Core products, come with a 50 year structural and warp-free guarantee. You won’t find this common in the industry, as few products can hold up to it. At Sing Core, we don’t make empty promises. Your door will last for 50 years without structural or warping issues, guaranteed.
Guarantees are offered with doors which are covered, in writing, signed by the inventor of Sing Core. We take our 50-year guarantee very seriously. Our best clients depend on this worry-free performance and trust us to provide them with the best solution for large doors of any size or style.
Pivot doors are one of the most common doors built in the industry, and Sing Core makes large, custom, and unique pivot doors a possibility with our lightweight and strong core. Sing Core panels have been used for doors in everything from celebrity homes to large commercial buildings.
Now speaking of large buildings, recently our panels can be found in the new W. T. Brookshire Conference Center. The conference center features upgraded design amenities with multiple conference rooms. The rooms are named after some of the roses in the legendary Tyler Rose Garden. The City of Tyler celebrated the opening of the new W. T. Brookshire Conference Center at the Tyler Rose Complex earlier this month. The city’s current and four previous mayors cut the ribbon for the new building.
The new state-of-the-art facility, constructed where Harvey Hall once stood, was built as the centerpiece of the Rose Complex. The city describes the new venue as “a three-acre park with a grand fountain standing before the mid-century-modern-inspired building to create an impressive and inviting entrance. The Center’s unique design brings the outdoor beauty of the Tyler Rose Garden indoors, even inspiring the names of each room. The center has a total of 50,230 square feet including a commercial catering kitchen with a loading dock, warmers, stainless steel counters and a walk-in refrigerator, a green room lounge, a multi-purpose room, smaller breakout rooms and theatrical lighting and sound system.
The panels are 144’’ in length, 56.5’’ in width, and 4’’ in height. The customer wanted the skin to be ⅜’’ AB Ply and a Not Trimmed edge. The Sing Core Panels can be found in the conference room featured below.
At Sing Core we have many skin options. From metal doors to ceramic, to fiberglass, we got it. As seen in the specifications list the customer also wanted a Not Trimmed Edge. Untrimmed panels are preferred for clients that intend to trim their panels to final size in the field, or would like to save money by performing the work themselves. The last specification was a Professional Grade. These panels come with patented internal stiffeners and are backed by our strictest 50-year guarantee. We recommend this grade of panel for oversize panels greater than 4′ x 8′ or any project that benefits from a long term guarantee.
Sing Core’s superiority lies in its exceptional strength and durability. Large industrial doors constructed with Sing Core are designed to withstand the toughest conditions, maintaining their structural integrity over time. The honeycomb core is made with high grade hardwood and insulation, creating a solid foundation that can withstand immense pressure and resist warping. This remarkable strength ensures that the doors remain robust and reliable even in the face of heavy use and challenging environments.
All of our products at Sing Core are backed by a 50 Year Warp-Free and Structural Guarantee. You won’t find this common in the industry, as few products can hold up to it. At Sing Core, we don’t make empty promises. Your door will last for 50 years without structural or warping issues, guaranteed.
This is the final product of the Sing Core doors in the W. T. Brookshire Conference Center in Tyler, Texas.
Having a closet is functional and provides storage for your personal needs. But sometimes the door can be very frail and unappealing. Here at Singcore we make customizable door panels that are lightweight, high strength and fully insulated.
No matter what type of door you may need, architects, door companies, and custom manufacturers may see it as a challenge to accomplish your perfect door. They may not be able to make a door for you to do it being outside of their normal capacities. Here at Singcore we have been a reinforcement for the difficult, challenging, and large oversized doors that aren’t part of their usual operations. You may still do business with the door manufacturer who’s providing for your other doors. But to have a fully insulated patent-pending panel all you need to do is specify your doors by saying “Singcore inside.”
A hinged door with Sing Core inside can be any size. The greatest majority of Sing doors sizes are 4×8 hinged doors and larger, up to 50 ft tall large oversized doors or more. The main reason why only the best architects specify having Sing Core inside their large doors is due to the unique characteristics of patented Sing Core, which helps to create the only Eco-friendly, lightweight, high strength hinged doors that can be guaranteed to remain warp-free for 50 years.
Here is an example of Singcore hinged doors that are functioning as closet doors. These door panels are 94.23’’x20.5’’x 4’’. The customer asked for MDF skin which is a fine surface material made of recycled wood products. This is an excellent option for responsible use of wood fiber and sustainability for concerned architects and builders. They also asked for an edge that is not trimmed and one of the customers notes was that they would paint it themselves. So not only did the customer receive their desired doors but that were able to completely decide the finishing touch.
The main reason is designers, architects. and door manufacturers look out to Sing Core for their architectural hinge doors is because their clients are not interested in an all ready standard pre-hung hinge doors that you can buy off the shelf. These are the most critical clients who know what they want. They want the best of the best. A high end door that is created according to their needs, wants and desires, in whatever size they want, that incorporates only the best materials and craftsmanship possible.
The best doors have Sing Core inside and are finished by highly skilled craftsmen who put all the attention, skill and love into the fine details. The craft is matched with the best hardware which results in the most exquisite high-end one of a kind hinged door that is a functional work of art. An Eco-friendly, sustainable, fully insulated hinged door which is lightweight, high strength and can be guaranteed not to warp, bend, twist, or otherwise fail for 50 years. Only hinge doors with Sing Core inside are lightweight, high strength, fully insulated, available in a vast array of skin types or metals.
