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Hello, in this article I will give information about width 50 cm leather splitting, a technique used in shoe making. Width 50 cm leather splitting is a process applied to reduce the thickness of the leather and make it more flexible. This process is done by separating the leather into two layers. Thus, the upper layer (grain) and the lower layer (split) of the leather are obtained. Width 50 cm leather splitting is important both aesthetically and functionally in shoe making. Aesthetically, the upper layer of leather has a smoother and shinier appearance. Functionally, the bottom layer of leather is more durable and breathable. Width 50 cm leather splitting is especially preferred in models such as sports shoes, boots and sandals. How to make width 50 cm leather splitting? Width 50 cm leather splitting is made with a special machine. The machine cuts the leather by squeezing it between two blades. The distance between the blades can be adjusted according to the thickness of the leather. The machine cuts the leather evenly and removes it in two layers. During this process, the moisture content of the leather must be appropriate. Leather that is too dry or too moist cannot be cut properly by the machine. In addition, defects on the surface of the leather (scratches, stains, holes, etc.) also affect the cutting quality. Therefore, before the width 50 cm leather splitting process, the quality control of the leather should be done. What are the advantages of width 50 cm leather splitting? The width 50 cm leather splitting process has many advantages. Some of them are as follows: - Improves the quality of the leather: It improves the appearance of the shoe, as the top layer of leather is smoother and shinier. The bottom layer of the leather is more durable and breathable, improving the comfort and longevity of the shoe. - Increases the efficiency of the leather: By reducing the thickness of the leather, it is possible to produce a greater number of shoes. It also prevents material waste by using the two layers of leather for different purposes. - Increases the variety of leather: By dyeing the two layers of leather in different colours or processing them in different patterns, it is possible to create a greater number of models and designs. If you want to get more information about the width 50 cm leather splitting process, you can contact us. Our company, which has been operating in the shoemaking sector for many years, offers you all shoemaking equipment, including width 50 cm leather splitting machine. Call us or visit our website to take advantage of our quality and affordable service. Translated with www.DeepL.com/Translator (free version)

If you are a shoe lover, you might have heard of the term "campre" or "shoe campre". But what does it mean and why is it important for your footwear? In this blog post, we will explain what shoe campre is, how it works, and what benefits it can bring to your shoes. Shoe campre is a process of applying heat and pressure to a shoe to mold it to the shape of your foot. It is also known as "shoe breaking-in" or "shoe stretching". The word "campre" comes from the French verb "cambrer", which means "to arch" or "to curve". The idea is to make the shoe more comfortable and fit better by creating an arch that matches your foot. Shoe campre can be done in different ways, depending on the type and material of the shoe. Some common methods are: - Using a shoe stretcher: This is a device that can be inserted into the shoe and adjusted to apply pressure to specific areas. It can be used to widen or lengthen the shoe, or to create more room for the toes or the heel. - Using a heat gun or a hair dryer: This is a method that involves heating up the shoe with a hot air source and then wearing it until it cools down. The heat makes the shoe more flexible and pliable, allowing it to conform to your foot. - Using a shoe tree: This is a wooden or plastic form that can be inserted into the shoe when not in use. It helps to maintain the shape and prevent creasing or shrinking of the shoe. - Wearing thick socks or bandages: This is a simple and cheap method that involves wearing thick socks or wrapping your feet with bandages before putting on the shoes. This creates extra padding and friction, which can stretch the shoe over time. Shoe campre has many benefits for your shoes and your feet. Some of them are: - It improves comfort and reduces pain: A well-fitted shoe can prevent blisters, corns, calluses, bunions, and other foot problems. It can also reduce fatigue and stress on your feet, ankles, knees, and hips. - It enhances performance and durability: A well-fitted shoe can improve your balance, stability, and agility. It can also prevent slipping, sliding, or twisting of the shoe, which can cause damage or wear and tear. - It preserves style and appearance: A well-fitted shoe can maintain its shape and form better. It can also prevent wrinkles, cracks, or deformities that can ruin the look of the shoe. Shoe campre is an important process that can make a big difference in your shoe experience. It can help you enjoy your shoes more and make them last longer. If you have never tried it before, we recommend you give it a try and see for yourself how it can improve your shoes.

Shoes are made of different materials depending on their design, function and quality. Some of the most common shoe materials are: - Leather: Leather is a natural material derived from animal skins such as cow, sheep, goat or pig. Leather is durable, breathable, flexible and comfortable. Leather can be dyed, treated or polished in various ways to create different textures and colours. Leather is used to make shoe uppers, soles, linings and insoles. - Fabric: Fabric is a synthetic or natural material woven or knitted from fibres such as cotton, wool, silk, nylon or polyester. Fabric is light, soft, colourful and versatile. Fabric can be printed, embroidered or decorated with patterns or designs. Fabric is used to make shoe uppers, linings and insoles. - Rubber: Rubber is a synthetic or natural material that is elastic and flexible. Rubber is waterproof, slip resistant, shock absorbing and durable. Rubber can be moulded, cut or vulcanised into different shapes and sizes. Rubber is used to make shoe soles, heels and toe caps. - Plastic: Plastic is a synthetic material made from polymers such as PVC, PU, EVA or TPU. Plastic is cheap, lightweight, flexible and easy to mould. Plastic can be transparent, opaque or coloured. Plastic is used to make shoe soles, heels, toe caps, eyelets, buckles, zips and logos. - Metal: Metal is a natural or synthetic material made from elements such as iron, steel, aluminium, brass or copper. Metal is hard, shiny, strong and durable. Metal can be plated, coated or polished to create different finishes and effects. Metal is used to make shoe eyelets, buckles, zips, studs, logos and labels. These are some of the most common shoe materials you can find on the market. Each material has its own advantages and disadvantages that affect the performance and appearance of the shoe. The next time you buy a pair of shoes, you may want to check what materials they are made of.

Leather shoes are a valuable investment that can last for years if you take good care of them. Leather shoes need regular care and cleaning to keep them in good condition and prevent damage. Here are some tips on how to take care of your leather shoes: - Clean: You should clean your leather shoes regularly to remove dirt, dust and stains. You can use a soft cloth or brush to wipe the surface of the shoe. You can also use a damp cloth or mild soap to remove stubborn dirt or stains. You should avoid using harsh chemicals or solvents that can damage the leather. - Conditioning: You should periodically condition your leather shoes to moisturise and nourish the leather. You can use a leather conditioner or cream suitable for your shoe colour and type. You should apply the leather conditioner or cream in a thin layer on the shoe and rub it in gently with a cloth or sponge. Allow the shoes to dry completely before putting them on. - Polish: You should occasionally polish your leather shoes to restore their shine and colour. You can use a leather polish or wax suitable for your shoe colour and type. Apply a small amount of polish or wax to the shoe and buff with a cloth or brush. Allow the shoe to dry completely before wearing it. - Protect: You should protect your leather shoes from water, moisture, heat and sunlight. You can use a leather protector or spray that creates a waterproof and breathable barrier on the shoe. You should apply the protector or spray on the shoe according to the instructions on the product. You should also avoid exposing your shoes to extreme temperatures or direct sunlight, which can fade or crack the leather. - Storage: You should store your leather shoes properly when not in use. You can use a shoe tree or paper padding to maintain the shape of the shoe. You can also use a shoe bag or box to cover the shoe and prevent dust or dirt from accumulating. You should store your shoe in a cool, dry place away from heat and moisture. These are some of the ways to care for your leather shoes and extend their lifespan. Leather shoes are not only stylish and comfortable, but also durable and versatile. By following these tips, you can enjoy your leather shoes for a long time.

Shoes are one of the most common and basic items of clothing we wear every day. But have you ever wondered how shoes are made? What steps are involved in transforming raw materials into a pair of comfortable and stylish shoes? In this blog post, we will examine the stages of shoe production, from design to distribution. The first stage of shoe production is design. This is where the shoe concept is created based on market research, customer feedback, fashion trends and technical specifications. The shoe designer sketches the shape, style, colour and details of the shoe and selects the materials and components to be used. The designer also creates a mould for the upper and sole of the shoe, which will be used to cut and shape the materials. The second stage of shoe production is cutting. This is where the shoe materials are cut into pieces according to the pattern. Materials include leather, fabric, rubber, plastic, metal and other synthetic or natural materials. Cutting can be done by hand or by machine, depending on the type and quantity of material. The cut pieces are then sorted and labelled for the next stage. The third stage of shoe production is sewing. At this stage, the cut pieces are sewn and the upper part of the shoe is put together. Sewing can be done by hand or machine, depending on the design and quality of the shoe. Sewing also involves the addition of other components such as eyelets, laces, zips, buckles, logos and labels. The stitched upper is then checked for defects and quality. The fourth stage of shoe production is the moulding process. In this stage, the upper of the shoe is attached to the sole by stretching it over a so-called rubberised mould. The mould gives the shoe its shape and size. Moulding can be done by hand or by machine, using different methods such as cementing, nailing, sewing or moulding. Moulding also involves adding cushioning, linings, insole, heel and toe cap to the shoe. The fifth stage of shoe production is finishing. At this stage the shoe is polished, cleaned and inspected for any defects or faults. Finishing also includes the addition of finishing touches such as laces, labels, stickers or packaging. The finished shoes are then ready for distribution. The final stage of shoe production is distribution. This is where the shoes are shipped from the factory to retailers or customers. Distribution can involve different methods of transport such as trucks, trains, planes or ships. Distribution also involves storing, sorting, labelling and displaying the shoes in warehouses or stores. As you can see, shoe production is a complex and labour-intensive process involving many steps and skills. The next time you wear a pair of shoes, you can appreciate them more by knowing how they were made.

Shoe cushioning is the process of bending a material (usually leather or rubber) placed on the sole of the shoe towards the front of the shoe. This process is done to increase the flexibility and comfort of the shoe, protect it against wear and provide an aesthetic appearance. How is shoe mattress bending done? For the shoe mattress curling process, firstly, a material suitable for the sole of the shoe should be selected. The material should be suitable for the colour and style of the shoe, durable and flexible. After the material is selected, it is glued to the sole of the shoe. A special adhesive can be used for gluing or the material can be sewn. After the gluing or sewing process is completed, the excess parts of the material are cut off. During the cutting process, some excess material should be left on the front of the shoe. This excess will be the part that will be bent towards the toe of the shoe. For the bending process, the excess material is heated and softened. An iron or hair dryer can be used for heating. The heated material is bent and shaped towards the toe of the shoe. The bent material is glued or sewn to the toe of the shoe. Thus, the shoe mattress curling process is completed. Thanks to this process, your shoes will look both more comfortable and more stylish.

Cardboard Insoles Cardboard insoles are a simple method you can use to renew old or worn out shoe soles. Here are the materials you need for this: - The sole of your old shoe - Cardboard - Scissors - Pencil - Adhesive How to do it: 1. Remove the old insole from your shoe. 2. Place the old insole on the cardboard. 3. With the help of a pencil, mark the trace of the insoles on the cardboard. 4. Cut out the shape of the insole from the cardboard with scissors. 5. Apply the glue to one side of the cardboard and glue it onto the old insole. 6. Wait until the glue dries. 7. Insert the cardboard insole into your shoe. Amigurumi Shoes Amigurumi shoes are cute and colourful shoes made with knitting. The materials you need for this are: - Amigurumi rope - Crochet - Scissors - Needle - Button or bead How to make it: 1. Tie a knot in the crochet with the amigurumi rope and pull 6 chains. 2. Sink into the first chain and make a tight needle. Then continue to make tight needles by sinking into each chain. When you get to the last chain, make 3 safety pins and continue to make safety pins by sinking into the chains on the other side. When you reach the last chain, make 2 more safety pins and close the loop by sinking into the first safety pin. 3. In the second row, continue to make a single tight needle in each stitch. In the places where you have made three tight needles, make an increase by making 2 tight needles in each loop. Thus, you will expand the sole of the shoe. 4. In the third row, continue to make a tight needle by sinking into each loop. Where you have made an increase, make a decrease by taking 2 loops together. Thus, you will narrow the sole of the shoe. 5. In the fourth row, continue to tighten the needle by sinking into each loop. Do not increase or decrease at this time. 6. In the fifth row, continue knitting in a semicircle to form the front of the shoe. To do this, skip the first 10 stitches and start tight needling in the 11th stitch. Finish knitting by skipping the last 10 loops and cut the string. 7. In the sixth row, continue knitting to form the back of the shoe. To do this, sink into one of the 10 loops you skipped and begin to make a tight needle. Finish knitting the other 10 loops and cut the rope. 8. In the seventh row, continue knitting to form the side parts of the shoe. To do this, sink into the first loop on the front and begin to make a tight needle. Knit until you reach the last loop on the back and cut the thread. 9. In the eighth row, continue knitting to form the other side part of the shoe. To do this, sink into the first loop on the back side and start making tight needles. Knit until you get to the last loop on the front and cut the thread. 10. In the ninth row, continue knitting to form the upper part of the shoe. To do this, sink into the first loop on the front part and start making tight needles. Knit until you get to the last loop on the back and cut the thread. 11. In the tenth row, continue knitting to form the mouth of the shoe. To do this, sink into the first loop on the front part and start making tight needles. Knit until you get to the last loop on the back and cut the thread. 12. Finally, decorate the shoe by sewing buttons or beads around the edges. Shoe repair with contact adhesive Contact adhesive is the most suitable adhesive for shoe repair. With contact adhesive you can glue the sole, heel or torn parts of the shoe. Here are the materials you need for this: - Contact adhesive - Brush - Scissors - Weight or clothespin Preparation: 1. Clean and dry the area to be glued. 2. Apply a thin layer of contact adhesive to both surfaces with a brush. 3. Allow the adhesive to dry for 4-5 minutes. 4. Press the surfaces together. 5. Leave for 24-48 hours by placing weights or pegs on the glued place. With these three methods, we have given the answer to the question of how to make shoe soles. We hope it was useful. Translated with www.DeepL.com/Translator (free version)

Campre machine is a machine used in shoe manufacturing. The campre machine heats and shapes the sole of the shoe and makes it more durable. The camping machine can be of different sizes and features. Some camping machines can camp only a part of the sole, while others can camp the entire sole. The camping machine plays an important role in the shoe industry and contributes to the production of quality shoes. What are the Types of Campre Machines? There are generally two types of camping machines: manual and automatic. Manual camping machines are machines where the operator has to place the base on the machine and select the area he wants to camp. Automatic camping machines, on the other hand, are machines that automatically detect and camp the sole. Automatic camping machines work faster and more precisely but are more expensive. Where to Buy a Campre Machine? Those who want to buy a campre machine can benefit from various sources. You can compare prices and models by visiting the websites of companies producing camper machines. You can also browse online platforms that sell campre machines. Before buying a campre machine, be careful to choose a model suitable for your needs and shop from a guaranteed seller. What are the Advantages and Disadvantages of Kampre Machine? The advantages of the campre machine are as follows: - It makes the sole of the shoe more aesthetic and more robust. - Extends the life of the shoe. - Increases the comfort of the shoe. - It allows to create different designs and patterns. The disadvantages of the campre machine are as follows: - It consumes high energy. - It requires maintenance. - There is a risk of burning due to high heat. - Different settings are required according to the base material.

The sole is the part of the shoe in direct contact with the ground. It is responsible for providing traction, cushioning and support to the foot. The stability of the sole refers to how well it retains its shape and function under different conditions, such as wear and tear, temperature changes and humidity. The stability of the sole is important for shoe production because it affects the quality, durability and comfort of the shoe. Quality of the shoe sole The stability of the sole determines how well the shoe fulfils its intended use. For example, a running shoe needs a sturdy sole that can absorb shock and prevent injuries. A dress shoe needs a sturdy sole that can resist friction and maintain its appearance. A hiking shoe needs a stable sole that can grip different terrains and protect the foot from rocks and debris. A shoe with an unstable sole may not meet these expectations and may cause dissatisfaction among customers. Durability of the shoe sole The stability of the sole also affects how long the shoe will last. A shoe with a stable sole can withstand repeated use and exposure to various elements without losing its integrity. A shoe with an unstable sole may deteriorate faster and need to be replaced more often. This can increase the cost and environmental impact of the production and consumption of footwear. Comfort of the shoe sole The stability of the sole also affects how comfortable the shoe feels on the foot. A shoe with a stable sole can prevent fatigue and pain by providing adequate support and cushioning to the foot. A shoe with an unstable sole, on the other hand, can cause discomfort and foot damage such as blisters, corns, calluses and even injuries. Therefore, the stability of the sole is an important factor in shoe production. It ensures that the shoes meet the needs and preferences of customers as well as the standards and regulations of the industry. It also contributes to the sustainability and profitability of footwear production and consumption. Translated with www.DeepL.com/Translator (free version)

Footwear durability is an important factor affecting the performance, comfort and safety of footwear products. Footwear durability refers to the ability of footwear to withstand wear and tear such as abrasion, stretching, tearing and cracking under different conditions and environments. Footwear durability testing is a process that evaluates how well shoes can resist such damage and how long they can last. Footwear manufacturers carry out various processes for shoe durability testing depending on the type, purpose and design of the shoe. Some of the common processes include: Footwear flex durability testing This process measures how well the shoes can withstand repeated bending and twisting movements without breaking or cracking. Flexing durability testing can be performed on whole shoes or on specific parts such as uppers, soles or toe caps. There are different methods and apparatus for flexing durability testing, such as the ISO 24266:2020 standard, which specifies two test methods for determining the flexing durability of whole footwear using a machine that simulates walking movements. Footwear abrasion resistance test This process assesses how well the footwear can withstand surface abrasion caused by rubbing or scraping against other materials or surfaces. Abrasion resistance testing can be performed on various parts of the shoe, such as the upper, lining, insole or outsole. There are different methods and apparatus for abrasion resistance testing, such as the SATRA TM174 test method, which measures the abrasion resistance of outsole materials using a rotating drum covered with abrasive paper. Shoe tear strength test This process assesses how well footwear can resist tearing or splitting when subjected to a force that separates them. Tear strength testing can be performed on different materials used in footwear, such as leather, textiles or synthetic fabrics. There are different methods and apparatus for tear strength testing, such as the ASTM D2261 test method, which measures the tear strength of fabrics using a single tearing (tongue) procedure. Chemical analysis of footwear This process detects and quantifies the presence of restricted substances in footwear that may pose a health or environmental risk. Chemical analysis can be performed on various materials and components used in footwear, such as dyes, adhesives, metals or plastics. There are different methods and apparatus for chemical analysis, such as the Intertek REACH SVHC screening service, which identifies substances of very high concern (SVHC) in footwear products using X-ray fluorescence (XRF) spectrometry. These are some of the processes that footwear manufacturers carry out for footwear durability testing. By carrying out these processes, footwear manufacturers can ensure that their products meet quality and safety standards and the expectations of their customers and regulators. Translated with www.DeepL.com/Translator (free version)

Campre cloth is a kind of fabric used in shoe production. Campre cloth is placed between the sole and upper part of the shoe and helps the shoe maintain its shape. Campre fabric also increases the flexibility and durability of the shoe. Campre cloth is usually made from natural or synthetic fibers such as cotton or polyester. The weight and thickness of the campre cloth vary according to the type of shoe it will be used in and the desired features. Campre cloth is also available in different colors and patterns. Camper cloth is a material that plays an important role in the shoe industry. Thanks to the campre cloth, the shoes are both more stylish and more comfortable. If you want to learn more about campre cloth, you can contact our sales representatives or visit our website.

Shoe crimping machine is a machine used for shaping shoe soles. The camping machine softens the base material by heating and gives the desired form by pressing the molds. This process increases the comfort and durability of the shoe. The working principle of the camping machine is as follows: - The camper includes an electrically operated heating system and a hydraulic press system. - The heating system uses an oven or a heating plate to heat the base material. Heating time and temperature are adjusted according to the type and thickness of the base material. - The press system uses a cylinder or a piston to press heated base material into dies. Press pressure and time are adjusted to obtain the desired form. - Patterns can be changed according to the size and model of the shoe. The surface of the molds is designed to give the desired pattern or texture to the base. - When the camping process is complete, the base material is cooled and removed from the mold. The base material takes the desired shape at this stage. The advantages of the camping machine are: - Camping machine provides mass production of shoe soles. More than one base can be processed at a time. - Camping machine increases the quality and life of shoe soles. The sole material becomes more durable and flexible under heat and pressure. - Camping machine provides variety of shoe soles. Different forms, patterns and textures can be obtained by using different molds. The disadvantages of the camping machine are: - Camping machine requires high energy consumption. Electricity is required for heating and press systems. - Camping machine is costly. Investment is required for the purchase of the machine, its maintenance and the replacement of molds. - Camping machine can be harmful to the environment. Gas or smoke may be emitted from the base material during heating. This can cause air pollution. The following are the usage areas of the camping machine: - Camping machine is frequently used in sports shoes. The soles of sports shoes should be made of light, flexible and cushioning materials. A clamping machine is needed to shape these materials. - Camping machine is also used in leather shoes. The soles of leather shoes must be hard and durable. Camping machine is also needed to shape these soles. - Camping machine can also be used in other shoes. For example, the camping machine can be used in slippers, sandals or boots. The camping machine plays an important role in the production of shoes. Thanks to the camping machine, it is possible to produce the soles of the shoes in the desired shape, quality and variety.