We proud and honour to inform all our stakeholders that we will continue our actitivities as a “Incorporated Company” with our groving and strengthening structure !
We continue to walk towards to the future with confident steps together.
#SözerMakina #sözer #incorporatedcompany
Recently, our customers serving in the Dental sector mostly prefer our SHK Series Zet-Kneader machines. You can contact us for detailed information!
+90 262 722 92 55
info@sozer.com
The basis of the projects in production facilities is the most effective use of advanced technology, high experience and efficiency principles. Structures where engineering, design and application principles are kept at a high level constitute the sustainable success of a company’s production. At this point, Sözer Makina is a preferred company in future investments in line with the efficient use of knowledge and technology in many production sectors, especially the chemical industry. In our complete facility projects, we can establish fully automatic, semi-automatic and manual operating systems in line with the requests of our business partners.
There are differences in the machine parks used in automatic or manual operating systems. For this reason, the selected machines and auxiliary equipment are designed to operate in the most efficient way under the high experience and knowledge of our company. The most suitable project type is presented to our business partners who have a turnkey project request by mutual negotiations on the architectural project of the area where investment is considered. At this point, it is very important to be able to clearly determine the needs and offer optimum solutions.
The motto “AS GOOD AS IS SUFFICIENT FOR THE NEEDS AND AS CHEAP AS IS POSSIBLE” constitutes the basic principle of our turnkey projects.
There are two types of raw material feeding systems that we use intensively in our fully automatic production projects. These are automatic vacuum feeding systems for powder raw materials and automatic pump systems for liquid raw materials. Both feeding systems can have automatic dosing systems. All raw materials are automatically sent to the production mixers via pipelines according to the specified recipe and quantity. All these processes can be monitored step by step on the central control screen. All software and automation processes within the project can be developed by us and adapted to the project in line with the request of our business partner.
In turnkey projects, the manufacturing of silos and tanks, all raw material transfer organs, drawing pipelines, production mixer machines, finished product storage tanks, coloring tanks, filling and packaging lines, automation and software systems that will control the entire project constitute the main lines of the project. All weighing and measuring systems used in the projects, PC / PLC systems used in automation and other industrial devices are preferred from the most suitable products in line with our company’s field experience of over 75 years. Since all raw materials and products are sent through suitable transfer equipment in our fully automatic projects, the absence of any dust in the production environment also provides a great advantage to the user company. In production lines operating independently of manpower, operator errors and related performance variability are minimized. We offer our business partners the pleasure of developing and implementing automation and software under the responsibility of a single company, including all machines, devices, silos, tanks, pipelines, weighing and measuring systems, pneumatic control systems and finally filling-packaging machines used in turnkey projects. To get more detailed information about turnkey projects, you can contact our experienced engineers.
#SözerMakina #sözer #turnkeyprojects
We are here with a beautiful video from our customer’s facility, which produces textile chemicals in Italy. We invite you to work with Sözer Makina to experience sustainable quality!
The following machines were produced for this project.
#SözerMakina #planetarymixer #hydraulicpress #textilchemicals #textile #heatoil #paint #coating #chemistry
The scope of Sözer Academy trainings, we carried out “Effective Feedback” training with Neo Skola who is the one of our solution partners.
Is feedback criticism or advice? Why are constructive and corrective feedback different? Within how many hours should it be given? What is the solution to feedback that does not result in business life? We had the opportunity to learn the secrets of giving and receiving correct feedback.
We also held consultations within Sözer Makina, such as what we are doing under this topic and what we should do for the better.
We would like to thank our valuable teammates who participated in the training.
#education #effectivefeedback #development #awareness #success
As our followers know that we occasionally share some of the machines and production lines which we produce. This time, we are sharing with you a video from the facility that we established last month for a customer who produces “Hotmelt” in the international arena.
#SözerMakina #sözer #zetmikser #ağırdevirlimikser #mikser #ajitator #agitator #zetkneader #mixer #lowspeed #hotmelt #sigmablade #zetmixer #dissolver #coating #chemistry #kaplama #kimya #polyurethane #polüüretan #kompozit #composite
Paints are the general term for materials applied to the surfaces of objects and forming a hard protective film; It is coated to decorate the surface of the object in question, to protect it or for different purposes (insulation, anti-rust, mould-proofing, heat resistance).
Paint Categories:
1. According to the paint type; water-based paint, solvent-based paint and powder paint etc. can be divided as .
2. In accordance with the construction method, painting, brush painting, spray painting, roller painting, dipping painting, electrophoretic painting, etc. can be divided as follows.
3. Painting, primer, intermediate paint, top coat paint, varnish, etc. in accordance with the construction process. can be divided as follows.
4. According to its function, it can be divided into painting, decorative painting, anti-rust painting, conductive painting, high temperature resistant painting, thermal insulation painting, fire retardant painting, waterproof painting, etc. can be divided as follows.
5. According to the use, paint can be divided into construction paints, tin paints, automobile paints, aircraft paints, electrical appliance paints, wood paints, bridge paints, plastic paints, paper paints, etc. can be divided as follows.
6. Paint for home use, interior paints, exterior paints, wood paints, metal paints, floor paints, etc. can be divided into:
7.According to the performance of the paint film, the paint can be divided into anti-corrosion paint, insulation paint, conductive paint, heat-resistant paint, etc. can be divided into:
8.According to the film-forming substances, paint, latex paint, polyurethane coating, epoxy paint, acrylic paint, alkyd paint, fluorocarbon coating, phenolic paint, vinyl coating, etc. can be divided into:
SÖZER MAKİNA has a long history in providing paint and coating production machines, and has provided equipment and turnkey projects to world-renowned and respected paint and coating production companies. We have rich experience in paint production, we can produce equipment and machines that are highly suitable for today’s technology of liquid/powder feeding, color-paste production, filling and automatic control systems. We also produce very successful machines in the field of grinding. So far we have developed crushing and grinding machines that significantly increase the grinding fineness and efficiency.
We also produce very successful machines in the field of grinding. So far we have developed crushing and grinding machines that significantly increase the grinding fineness and efficiency.
As SÖZER MAKİNA, we not only provide equipment, but also provide complete facility installation, engineering services, production expansion, project management, consultancy services and project design services to completely solve the difficulties in paint and coating production.
The machines we produce for the Paint Industry;
These are mixers that can be used both base-based and platform-mounted after a certain capacity. These are machines mostly used to disperse paints. They can be used with fixed boilers or mobile boilers. In addition to our standard models, they can be produced according to your projects in the capacity and engine power you desire. Frequency inverter technology allows stepless speed adjustment. In addition to the ability to rise and fall on their own body with an electro-hydraulic system, they also have the feature of mixing at a desired height. There are cooling engines adapted to the main electric motor that allow long-term operation at low speeds.
While the time-adjusted mixing feature is available as standard, the boiler side and bottom moving scraper system, mobile and automatic vacuum system, ex-proof design in ATEX Zone 1 EEx dIIB T4 standards, double-deck propeller, temperature measurement system, level of the product in the mixing tank are available to meet the requirements. automatic up-down feature of the mixer, weight measurement system, semi-automatic or fully automatic PC / PLC control system with recipe control, etc. Many other features such as are offered as options. There are options of various types and features such as butterfly mixer and two shafts.
The grinding basket with superior wet grinding feature used in the machine is completely designed to ensure high crushing of the product. It has the feature of completing the operation effectively in a short time thanks to its highly efficient product passage and its impeller, which works like a pump and is located under the grinding basket and contributes to dispersion. Effective heat control is provided by cooling both in the grinding basket chamber and on the boiler wall. All wet surfaces are made of stainless steel. The grinding beads in the grinding basket play a big role in this machine. They are steplessly adjustable with frequency inverter technology. In addition to the ability to rise and fall on their own body with an electro-hydraulic system, they also have the feature of mixing at a desired height.
There are cooling engines adapted to the main electric motor that allow long-term operation at low speeds. Time-adjusted mixing feature and temperature measurement system are offered as standard. Movable and automatic vacuum system, ex-proof design in ATEX Zone 1 EEx dIIB T4 standards, weight measurement system, semi-automatic or fully automatic PC / PLC control system with recipe control are offered optionally.
There are two types of high-performance horizontal crushing systems used in the machine. Effective performance can be achieved in both systems as pin and disc systems, which can be selected according to the product to be crushed. Its completely closed, leak-proof design has been designed with a fast and effective transition structure for grinding powder raw materials in liquids at nanoscale. The machine can have PLC and standard control systems. Thanks to the PLC system, relevant operational data such as temperature, energy consumption, crushing process control and recipe management can be easily done. An effective passage and discharge of the crushed product is achieved by creating a perfect centrifugal effect with the dynamic separator feature in the mechanical seal system. If the system has pins, it is also possible to change the pins.
This feature is valid for disk systems. Ex-proof design in ATEX Zone 1 EEx dIIB T4 standards, recipe-controlled semi-automatic or fully automatic PC / PLC control system are optionally offered.
The machine has its own pump system suitable for its structure as standard. The level detection system in its own filling tank keeps the filling tank constantly filled by automatically switching on and off until the product in the production tank runs out. Weighing and filling quantity entries are made electronically with the help of the standard load cell and indicator system. The smart indicator system automatically calibrates each filling, allowing very precise filling. As a standard, all surfaces in contact with the liquid such as the machine boiler, filling nozzles, level measurement rod are manufactured from AISI 304-L quality stainless steel material.
Two different diameter filling nozzles are provided with the machine to be used in small and large fillings. The machine is manufactured on a wheeled chassis as standard, so it can be pulled to the desired location. The height of the weighing pan where the empty container will be placed is adjustable.
The machine requires 6 bars of compressed air to operate. Nozzle systems of different sizes, box closing and conveyor lines, ex-proof design in ATEX Zone 1 EEx dIIB T4 standards, semi-automatic or fully automatic PC / PLC control system with recipe control are offered as optional features.
It is established for companies with a production capacity between 500 Tons/Year and 50,000 Tons/Year, depending on the need. Can be customized based on paint category and production requirements. The whole system includes advanced production technology with material feeding system, measuring system, disperser and milling system, cleaning system, automatic control system, automatic filling system, etc. It can be created with the combination of individual machines or the combination of an automatic production line. The entire system can also be designed and produced as Ex-Proof according to the properties of the materials. In this type of systems, raw material feeding is mostly carried out by automatic powder and liquid transportation systems.
Where Do We Use Polyurethane?
Polyurethane products have entered almost every part of our lives. Automotive, Health, Construction, Construction Machinery, Furniture, Maritime and textile sectors take the lead. For example, polyurethane-based materials are widely used in many places such as the soles of the shoes and slippers we wear, the artificial leather seats we sit on, the sponges used in beds, the insulation materials preferred in refrigerators and water heaters, parts such as consoles and steering wheels in vehicles, and the panels covering the walls of buildings.
Composites
“Composite” can be defined as a multiphase material formed by two or more materials with different chemical structures, preserving their boundaries and properties. Therefore, the composite material has properties that one of its constituent components cannot have alone. For example, in the healthcare industry, Composites are preferred especially for orthopedic applications because they have high strength and low elastic modulus.
Composite materials are more advantageous in terms of ensuring structural compatibility compared to homogeneous materials. Other advantages that polymer composites can provide are resistance to corrosion, absence of metal fatigue and release of metal ions, and reduced brittleness.
Advantages of Composite Materials
Composite products are designed to be used in harsh environmental conditions. They do not require extra paint or any other surface treatment against rust. They are resistant to many chemicals. Composites also have high UV stability. Their structural flexibility gives the products impact, bending and fracture resistance. Their thermal expansion, noise and vibration are also low. It also has advantages in terms of aesthetics and architecture. They have a smooth surface and can be produced in a wide range of colors. Although they are lighter than metals, they are stronger. They can be produced according to the desired tension, bending and impact resistance values.
They are long-lasting and have low maintenance requirements. Their application costs are reasonable due to their light weight and they are easy to install. They have the feature of self-extinguishing and delay combustion. They are dimensionally stable, meaning that their dimensions do not change due to deformation over time. Since the scrap has no material value, there is no risk of theft. For these reasons, SMC materials have been frequently preferred in infrastructure products, electrical panels, service boxes and the automotive industry in recent years.
SMC Material
The material called SMC (Hot Press Molding Pellet) is a pulp-shaped material produced by combining resin containing filling material and chopped glass fiber in the SMC machine.
It would not be wrong to compare the production of SMC material in the form of pulp to a two-stage process. In the first stage of this process, the main raw material, resin, and other auxiliary materials are mixed with the help of a high-speed mixer and the dough of the SMC material is produced. In the second stage of the process, glass fiber is combined with this dough with the help of the SMC machine.
BMC Material
The material called BMC (Hot Press Molding Compound) is a material in dough form produced by combining resin containing filling material and chopped glass fiber in a zet mixer machine.
As with SMC material, BMC pulp production consists of a two-stage process and different mixer machines are used in both stages. A fast speed mixer is used in the first stage of the process and a zet mixer (sigma mixer) is used in the second stage. While companies’ internal processes may differ, the general practice is as follows. In the first stage, BMC preliminary dough is produced by mixing the resin and other raw materials homogeneously in a high-speed mixer. The BMC pre-pulp is then taken to the second stage of the process. In the second stage of the process, horizontal mixers, known as “Zet Mixer” in our country and “Sigma Mixer” in the literature, are used.
In the second stage of the process, BMC pre-pulp and other raw materials (glass fiber, calcite and other raw materials depending on the product) are respectively taken into the mixer bowl. The mixing process is continued until a homogeneous BMC dough is obtained.
Mixers Used in the Production of SMC and BMC Materials
The following mixers are the main mixers used to produce these materials. These two mixers are the most used or preferred mixers in the composite industry.
High Speed Dissolvers with a high speed propeller on the mixing shaft, also known as Dissolvers, are the most commonly used mixers in dispersion applications. The dispersion mixer to be used for SMC and BMC preliminary dough production must have some optional features, unlike the standard high-speed mixer.
Due to the viscosity of the pre-dough of SMC and BMC materials, it would be beneficial to have a mixer with the following options:
• A more powerful main electric motor,
• Scraper arm option.
Although SMC and BMC pre-mixes do not have very intense viscosity values, the engine needs to be more powerful in order to mix the product without difficulty. The scraper arm provides additional mixing and helps product movement from different parts of the vessel. Since it continuously feeds the product to the fast-speed mixer, the scraper arm helps to obtain a homogeneous mixture in a shorter time compared to a mixer that does not have this feature. The scraper arm ensures a more homogeneous product and better heat transfer.
Zet kneaders are used to produce liquid-liquid or liquid-solid mixtures, such as fast-speed vertical mixers, which are in the group of horizontal mixers. Due to their ability to produce high torque, Zet kneaders are sometimes the only option in the production of products with very high viscosity.
All double pallet zet kneader machines have two “Z” shaped kneading blades in a “U” shaped horizontal bowl. The mixing principle of Zet mixers is based on the principle of mixing the material by crushing it between the inner wall of the bowl and the pallets and by tearing or tearing the product.
Zet kneader machine has two blades that rotate towards each other at different speeds. Each blade moves the material in the bowl in different directions, thus ensuring perfect cross-mixing of all the material. Zet kneader blades pass both to each other and to the vessel wall at the closest possible distance. This close-to-each other movement enables both shredding and tearing movements to occur, and thus the particle size of the solids can be reduced.
In order for a zet kneader to show good mixing performance, it must have at least the following features.
1. Mixing pallets must pass both to each other and to the boiler wall as close as possible. Thus, particle size can be reduced by creating high shearing. Depending on the mixer capacity, the passing distance to the vessel wall should be between 2-5 mm.
2. Two types of blade movements can be observed in Zet kneaders; These are tangential or overlapping movements. In the tangential rotation movement, the zet mixer paddles or blades rotate towards each other at different speeds. The speed of one of the blades is higher than the other. In the overlap rotation movement, the relative positions of the blades are always the same. This means that the blades rotate at the same speed. The very important point here is; If a zet mixer is to be used for a product with high viscosity such as adhesive or rubber, a zet mixer with tangential blade movement should be selected. Because tangential movement is needed to produce high viscosity products.
#zetkneader #dissolver #bmc #smc #composite #polyurethane
While production, shipments and installations continue, Sözer Academy trainings also continue.Some of our teammates participated in the “Working at Height Training” prepared by our valuable occupational safety expert Ms. Elif SEVİNÇ
Continue to grow and develop together Sözer Makina !
#SözerMakina #sözer #moderntekniktıp #sözerakademi #education #health #safety
The “Rotary Shaft Sealing Training” given by our valuable supplier Suptex at Sözer Academy. It was very productive !
We would like to thank Mr. İsmail Doğdu and Sinan Baş, Sales & Marketing and Engineering managers, who provided the training.
#SözerMakina #sözer #SözerAkademi #Suptex #lubrication #leak #shaft #oil #oilseals
