We use a variety of production methods to produce our products, selecting them to maximize quality, efficiency, and cost-effectiveness. We implement efficient and effective production procedures to produce our products. We use new technologies in our production processes to improve efficiency and quality. These technologies automate the production process, reduce errors, and increase output. We use a strong production management system to effectively manage our production activities. We continuously develop our production methods to further improve the quality, efficiency, and cost of our products and services. We achieve these improvements through new technologies, improved production processes, and customer feedback.
This method is the first and most widely used. It is the preferred process for low-volume production, single-sided precision, possible modifications, and complex parts. Mold costs are lower than for double-sided molds.
RTM is the preferred process for parts with double-sided precision surfaces, high production volumes compared to hand layup, and geometries that are suitable for this process. This process provides more precise part thickness.
The resin is applied to the mold using a vacuum. The vacuum helps the resin to fill all the voids in the mold and prevents the formation of air bubbles. It produces a homogeneous structure. It produces high-strength and lightweight parts.
Pultrusion is a process of manufacturing profiles by pulling a reinforcement material combined with a resin matrix through a hot mold. It is a continuous and automatic process that allows low-cost, high-volume production.
Founded in 1978, Alpin Kimya AŞ is a Turkish company that produces composite materials for the automotive industry. The company uses a variety of fibers and additives to create composite products that are strong and durable. Alpin Kimya has been in business for over 45 years and is a leading provider of composite materials in Turkey. The company has completed and is currently working on projects in a variety of sectors, including automotive, transportation, and defense. Alpin Kimya is proud to be a leader in the composite industry and to offer innovative and sustainable solutions to its customers.
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Automotive
We have been supplying parts to the automotive industry in Turkey almost since the beginning of the automotive adventure in Turkey. We mainly produce interior and exterior body parts for bus, midi-bus, minibus, and truck vehicles.
Railway
We have been producing rail system interior and exterior composite parts since 2010. We are the composite supplier of Turkey's first domestic tram and LRV, and we also export to foreign countries.
Defense Industry
In addition to participating in the modernization of our navy's submarines, we have started working on international defense industry projects since last year.
Agriculture and Heavy Industry Machinery
We have a wide range of products in many different areas, such as tractors, forklifts, personnel lifting platforms, and construction machinery.
Building and Architecture
FRP has a number of advantages, such as high strength, lightness, corrosion resistance, and low maintenance costs. Therefore, it is increasingly being used in architectural and landscape applications.
Composite materials are rapidly becoming an alternative to traditional manufacturing materials such as wood, concrete, metal, glass, and thermoplastics. They offer advantages such as lightweight, corrosion resistance, and high strength. These advantages make them widely used in a variety of applications, including automotive, construction, rail transportation, marine, agriculture, energy, and even advanced technology products such as aircraft and helicopters. Glass fiber reinforced plastic (GRP) is a composite material obtained by combining glass fiber with a carrier matrix resin. It is a high-quality composite engineering material.
Since our establishment, we have successfully completed thousands of projects on time. We have provided our customers with our expertise, which we have gained over 45 years, starting from the design stage. We produced the models and molds of all of our projects ourselves. Some of the domestic and international projects that we have successfully completed in recent years are listed below.
Next-generation composites are materials that offer better properties than traditional composite materials. These materials are being developed in a variety of ways, including the development of new materials, the improvement of production methods, and the optimization of components.
Some of the advantages offered by next-generation composites are as follows:
Lighter and more durable: Next-generation composites can be lighter and more durable than traditional composite materials. This provides benefits in terms of fuel savings, safety, and performance.
Higher strength and flexibility: Next-generation composites can provide higher strength and flexibility than traditional composite materials. This makes them suitable for use in more demanding environments.
Lower cost: Next-generation composites can become lower cost with the improvement of production methods and the optimization of components. This provides a wider range of applications.
Next-generation composites are a major development in materials science and engineering. These materials lead to new applications in many industries and make our lives better.
Alpin Kimya is involved in joint R&D studies with many institutions and organizations such as Tubitak and universities, and unconditionally supports the development of the sector.
We have integrated many software such as ERP, EDI, VSRM into our system.
