You can pay with a credit card, bank transfer or through PayPal.
If you have any difficulties with the payment, please, contact us, and we will help you find a solution.
All parts that are presented on our website are made only to order, we do not keep parts in stock.
After receiving payment, it usually takes us from 2 to 4 weeks to produce medium-sized parts, and 8 to 12 weeks for large-sized parts. The approximate production time is indicated in the description for each product.
Since all of our parts are handmade, there may be some delays in production due to reasons beyond our control, such as mold breakages, defects, clear coat defects, etc. Give us a little more time, we try to do our job as best we can and not disappoint you.
After completing work on your part, we need 1 to 3 days for packing and shipping.
All packages are provided with a tracking number. We will send it to you by email after the package is sent. To check the status of your package, you can check it on the website of your postal service or from this address.
If you have any difficulties of finding your package, you can contact us through this address.
It all depends on your location and how long the package will remain in the customs.
US & Canada = 4-14 working days
Europe (EU) = 2-6 working days
Australia & New Zealand = 6-14 working days
The rest of the world = 5-20 working days
Yes, of course you can return the carbon fiber car parts within 30 days after it was bought. Transportation costs are paid by the buyer.
If the delivery was made, then we do not refund the money for the delivery.
We also withhold 8% of the total amount, these are non-refundable fees of payment systems and order processing.
Every time please contact us to avoid any problems before start return process.
- For a group purchase. In this case, the price and terms are negotiated separately - please contact us by email.
Yes, we can not make subsequent processing. In this case, the part will be from 5 to 20 % cheaper.
For this option please contact us by email.
All parts that should be fastened with screws and nuts made from stainless steel.
Those parts that require gluing, we fix it with a double-sided tape.
The only exceptions are those parts that require to be glued to the car (spoiler). We recommend to use polyurethane glue for gluing glass, which we do not include in the standard package. The glue you can order from us.
It is better to entrust the installation of carbon parts to the professionals.
For us, nothing is impossible, we can produce anything from carbon fiber and for any car
Please contact us by email and we will help you realize your idea
Of course we can, here are all the possible variants of colored carbon fiber.
In addition, we offer to manufacture parts from Alutex with the subsequent covering of any colour pigment of your choice.
The time of ordering of the part from the non-standard carbon fiber coloring is 4 weeks and plus 30% to the standard price.
Our company offers a wide range of color palettes and a great selection of carbon fiber weaves.
It is also possible to make parts from materials such as Carbon, Alutex, Kevlar, Aramid and Fiberglass.
If you like carbon fiber weaves, but you want the part in another color, then we can make a part out of Alutex and later varnished with any Candy dye of your taste.
You can watch an example in this video.
For us, nothing is impossible, but a lot depends on the condition of the parts and the complexity of breakage. Please, complete this form and attach several pictures of your broken parts.
We will contact you to discuss the time and cost of the possible repairs.
Carbon fiber itself can withstand up to 2000 degrees, but, unfortunately, the resin can only withstand >120 degrees.
In separate cases, we manufacture parts of a higher temperature resin that can withstand up to 238 degrees.After 120(238) degrees, the part will become slightly flexible. Ignition temperature: 300 degrees
To put it simply, it is a synthetic fiber that was heated to such a temperature that it completely charred. Very think threads form a fiber which is then woven into a fabric.
Carbon fiber - a composite material, consisting of graphite fiber (carbon fiber) as a reinforcing substance in the polymer matrix. Carbon fibers in this combination can withstand tensile pressure, and the polymer binder makes the product resilient to compression. The most advanced materials, both natural and manmade, are composite. The combination of material properties provide the opportunity to use its strength, compensating for its weaknesses with the strong properties of the second material. The simplest example of a composite material is asphalt. The idea of the composite, a man learned from the nature, because the trees are also an example of a composite material - cellulose fibers in a matrix of a natural polymer lignin. Another example, reinforced concrete structures - steel rods in the concrete. We are surrounded by a variety of composite materials that we do not have any doubts for, because of its characteristics.
Despite the apparent flexibility and fragility, carbon fiber in its technical indicators will give a form to many metals:
1. It is not subjected to corrosion,
2. Can withstand temperature up to 2000 degrees,
3. The level of tensile strength is 1800 MPa.
Thus, carbon fiber can be rightfully called a high strength material that is able to become a raw material for various products, including vehicle parts.
Due to the high aerodynamic characteristics, resistance to deformation, low weight, carbon fiber parts are used in the following areas:
• Sports: the production of equipment;
• Aviation: production of components for aircraft;
• Capital construction;
• Medicine: the production of prostheses, elements of overalls;
• Space: manufacturing parts of missile framework;
• The production of household appliances: cases for mobile phones, laptops, appliances, household use;
• Automotive: crankcase protection, interior and exterior trim (bumpers, door handles, spoilers, etc.) of the couchbuilder, the production of racing cars.
Yes, in most small structural parts. Carbon fiber reinforced composites have superior mechanical properties. In those cases, where lower weight in strength parts is critical, carbon fiber is easily superior alternative to metal. That is why, lightweight aircraft and Formula 1 (where only productivity is taken into account) makes extensive use of carbon fiber composite materials.
The tensile strength of the carbon fiber is four times higher than the best steels. And at the same time, its weight is about a quarter of the mass of steel. Carbon fiber is also superior to steel for its fatigue properties.
Yes. There are a lot of them. Metals are isotropic. This means that, for example, a sheet of aluminum has the same tensile strength in all directions. Carbon can be designed as non-isotropic. For example, using the orientation of the fibers in the product, carbon pipe can resist extension, but can be susceptible to lateral pressure. This property is used when designing bicycle frames. And it is impossible to achieve with metal.
Carbon fibre gives much more freedom in choosing the shape of the product, which can be adapted to mechanical or aerodynamic needs. The shape of metal products is limited by the possibilities of bends and compounds. Carbon composite can be formed into a complex, but integral, one-piece product, allowing the pressure to freely distribute throughout the area. Metal products have compounds that are place for accumulation of pressure, which leads to destruction. Carbon is superior to metals, because of its fatigue and pressure damping.
Unique design. Carbon fiber parts are often used not only to improve the performance, but also to create a stylish and original solution. Its surface is decorated with a black and grey checkerboard pattern with a 3D effect.
Weight reduction. Due to its light weight, it is popular among sports car fans. Such parts are several times lighter than steel counterparts, which can significantly reduce the weight of a sports car and thus increases its power without increasing the power of the engine.
Fiberglass is one of the most common materials in the tuning industry and small-scale production. The production of fiberglass does not require complicated and expensive equipment. Our experience allows to produce parts of the highest quality. Fiberglass as a material used almost on all stages of production - from manufacturing technological equipment to the production of master models and finished parts. Fiberglass parts can be hinged and also playing the role of the power frame. Projects of our studio, fiberglass is used widely, up to the production of a fiberglass monocoque.
Material, widely used in units and small batch production. Has high strength level and relatively low density. Consists of a glass filler and a synthetic polymer binder. The filler is mainly glass fiber in the form of threads, bundles (rovings), fabrics, mats or chopped fibers. Binders - polyester, phenolic-formaldehyde, epoxy, silicone resins, polyimides, aliphatic polyamides, polycarbonates, etc. Fiberglass products have a range of utilization from -50C to +1300C.
Fiberglass does not conduct electricity and has a high atmosphere, water and chemical resistance. The mechanical properties of parts made from fiberglass are determined primarily by the characteristics of the filler and the strength of the connection of it with a binder. Fiberglass has the greatest strength and stiffness, containing oriented continuous fibers. Changing the orientation of the fibers, it is possible to vary the mechanical properties of parts made from fiberglass. Fiber orientation may be unidirectional and cross-sectional; in the first case, the fibers are arranged mutually parallel, and in the second - at a predetermined angle to each other, constant or variable according to the product. Fiberglass products with the oriented arrangement of fibers are produced by the methods of winding, the multilayer calculations or merging with subsequent autoclave, vacuum or contact by molding or by pressing, from press materials - pressing and casting.
The most common method of producing parts that are made from fiberglass – method of contact forming.
On the equipment (matrix) prepared in a certain way, a protective-decorative layer - gelcoat - is applied. The method of applying gelcoat - with a brush or sprayer. The gelcoat forms the outer surface of the future product made from fiberglass. Gelcoats have a wide palette of colors, so product made from fiberglass can be in practically any color (from the RAL catalogue). In addition, the gelcoat protects the fiberglass product from the harmful effects of ultraviolet radiations, chemically active environments.
With this method we produce only parts from fiberglass and exclusively from imported environmentally friendly materials. Chemical processes in the product are completely terminated within one month, without any odor and harmful fumes.