Colophon Resins and Resin derivatives are important components that are widely used in the production of industrial adhesives. Resins act as the main component of the adhesive and provide its adhesion properties.
There are different types of resins used in the production of industrial adhesives. Each type of resin has different properties and is selected according to the application in which it is used.Industrial adhesives are used in many sectors such as Furniture -Wood, Lamination, Paper-label and Packaging, Sponge, Mattress and Upholstery, footwear, automotive, floor covering, Healthcare sector(yarabandi production), electronics, printing, food.
Resins are important factors that determine the adhesion properties of the adhesive. The chemical structure and curing properties of resins affect the properties of the adhesive such as strength, flexibility, temperature resistance. Therefore, the correct choice of resin is important to achieve the desired adhesion performance.
Various additives can be used to improve the adhesive performance of resins. These additives can have functions such as adjusting the viscosity of resins, extending the adhesion time, increasing the elasticity of the adhesive.
THE USE OF RESIN IN THE PRODUCTION OF SOLVENT-BASED ADHESIVES:
in the production of solvent-based adhesives, Colophon resin(Gum rosin), Modified Resins, Penta Ester Resins and Glycerol Ester Resins are widely used components in various industries. Solvent-based adhesives provide adhesion by dissolving resins such as colophon resin with solvents and then applying them to the application surface.
Colophon resins (Gum Rosin), Modified Resins, Penta Ester Resins and Glycerol Ester Resins directly affect the adhesive strength, viscosity, curing time and other performance characteristics of solvent-based adhesives. Penta Ester Resins are used as hardeners and curing agents in solvent-based adhesives, as well as to control the viscosity and regulate the fluidity of the adhesive. Glycerol Ester Resins, on the other hand, are used to increase adhesion and adjust viscosity in solvent-based adhesives to ensure better adhesion of the adhesive to surfaces and to regulate the fluidity of the adhesive. Glycerol Ester Resins also improve the mechanical properties of the adhesive by increasing elasticity and flexibility.
THE USE OF RESIN IN THE PRODUCTION OF WATER-BASED ADHESIVES:
The use of Rosin Ester Dispersion Resins in the production of water-based adhesives is important and widespread. (Rosin Ester Dispersion Resins are a kind of polymer dispersion obtained by modification of Colophon Resin). it provides a number of advantages to water-based adhesives such as adhesiveness, viscosity control, emulsion stability and mechanical properties. These resins are used to improve the stabilization of polymer particles dispersed in water and the performance of the adhesive.
Rosin Ester Dispersion Resins are obtained by esterification of colophon resin and using an emulsion process. In this process, the colophon resin is esterified by reacting with a suitable alcohol. Then, the emulsion stage is started and the esterified colophon resin is dispersed in water. A homogeneous structure is provided by adding stabilizing agents and other auxiliary components.
Rosin Ester Dispersion Resins are an important component in the formulation of water-based adhesives and are used to control the viscosity of the adhesive, increase stickiness and ensure better adhesion to surfaces. Rosin Ester Dispersion Resins increase the mechanical durability, temperature resistance and water resistance of water-based adhesives.
THE USE OF RESIN IN THE PRODUCTION OF HOT MELT ADHESIVE:
Hot Melt Adhesives are very widely used in industrial applications.In the production of hot melt adhesive, Colophon Resin(Gum Rosin), Penta Ester and Glycerol Ester Resins(Resin Esters) are the important components used.
In the production of Hot Melt adhesives, colophon resin and Resin Esters are used for many different purposes. Colophon resin (Gum rosin) is used to increase the viscosity and adhesive properties of the adhesive. At the same time, it provides better adhesion and flexibility to the adhesive. Colophon resin provides high adhesion strength to the adhesive and increases its thermal stability. Thanks to the resin and resin esters used, there is a production of adhesives with high bonding strength, open tack time and various product viscosities. Penta Ester Resins are used in Hot Melt adhesives to harden the resin and increase its thermal resistance, and Penta Ester Resins provide the adhesive with better mechanical properties and thermal stability. It can also be used to control the viscosity and stickiness of the adhesive. Glycerol Ester Resins, on the other hand, are used to improve the adhesion properties of Hot Melt adhesive, adjust the viscosity of the adhesive and improve its performance.
Resin esters are also used to improve the rheological properties, spreading property and adhesion performance of the adhesive,mechanical properties such as elasticity, hardness and adhesiveness.
Glycerol Ester Resins used in the production of Hot Melt adhesives increase the thermal stability of the adhesive and therefore improve the oxidation resistance and aging properties of the adhesive. Thus, it allows the adhesive to become durable for a longer time.
THE USE OF RESIN IN THE PRODUCTION OF PSA ADHESIVE:
PSA (Pressure Sensitive Adhesive) adhesives are known as pressure sensitive adhesives and are often used in applications such as self-adhesive labels, tapes and adhesive films. Resins are an important component in the formulation of PSA adhesives. These resins directly affect the adhesion properties and performance of the adhesive.
Resins used in PSA adhesives are usually polymers with elastomeric properties. These polymers provide the viscosity, flexibility and adhesive strength of the adhesive. At the same time, it provides enough stickiness to easily stick the adhesive to the surface.
The use of Colophon resins and resin esters in sponge adhesives increases the adhesion properties of sponges and improves their durability. In addition, it also has an effect on the mechanical properties of resins, such as elasticity, hardness and adhesiveness.
One of the types of industrial adhesives are adhesives used in the shoe industry.colophon Resin and resin esters are also of great importance in the production of shoe adhesive.
In the shoe and leather industry, adhesives are used for gluing shoe soles, joining leather parts and assembling accessories. Adhesives with properties such as flexibility, water resistance and durability are preferred.
Resins directly affect the adhesive's adhesion strength, elasticity, elasticity, drying time, water resistance and other properties of the adhesive.
The most important main component of Sir Wax, which is a personal care product, is a natural Resin obtained from pine trees (Gum Rosin).
Resin Ester (Glycerol Ester Resins) used together with Natural Resin (Colophon Resin) are the most important components in waxing production.
Colophon Resin and Resin Ester (Gum Rosin Esters) increase the adhesion strength of the wax, while supporting thermal stability and oxidation resistance. Colophon Resin (Gum Riosin) is often used in cosmetic products because it has a natural structure.
Glycerol ester resins used in combination with Colophon Resin (Gum Rosin) in the production of wax increase the adhesion strength of wax, increase the flexibility and durability of wax, make it easy to apply wax on the skin and prevent problems such as breakage or fragmentation.
Glycerol ester resins make the wax smoother and creamier in consistency. This allows the waxing to be spread and applied more easily.
Glycerol ester resins, when used in the production of wax, help to moisturize the skin,reduce the drying effects of wax on the skin and help the skin maintain moisture balance.
The most important factor determining the quality of the wax is that it has the correct adhesion ratio.
The quality and suitability of the Colophon Resin (Gum Rosin) and Glycerol Ester Resin used in the production of wax directly affects the performance and quality of the wax.
The most important factor determining the quality of the wax is that it has the correct adhesion ratio.
Our most used products in the sector are as follows:
COLOPHONIUM GUM ROSIN WW/X (COL 1440)
COLOPHONIUM GUM ROSIN WW/X (COL 240)
RESIDENCE FD 80
RESIDIS POLYMER
RESIDIS POLYMER 35
RESIDENCE EG 85 F
RESIDENCE ES 85 SD
RESIDENCE ES 90 SD
RESIDENCE ES 100 S
RESIDENCE ES 101 H
RESIDENCE ES 101 H
Colophon Resins and Resin Esters (Gum Rosin Esters) are used as binders in paints and road line paints. It also provides excellent adhesion strength and oxidation resistance. It supports oxidation resistance and thermal stability, while increasing the gloss of the paint. Resins are one of the important components in the production of road marking paints that are durable for a long time and adhere very strongly to the surface.
Various additives such as glass powder, silica granule or expanded clay are used in the production of slip-resistant and safe Road line paint.The use of resin as a binder is of great importance for additive paint to have safe and sufficient slip resistance.In addition, thanks to the Glycerol Ester Resin used in the paint, the abrasion resistance, reflectivity and adhes October values of the paint have the best performance.Paint on the applied surface, Even if it wears out by 75%, the grip quality of additives such as glass powder bonded with Resin Esters still maintains the function and visibility of the paint under light.The importance of gum rosin used in road line paints is great in terms of quality-performance and safety.It supports the excellent adhesion, thermal stability, oxidation resistance of the paint and ensures fast drying along with high gloss.
Our Products;
RESIDENCE DV 75 S
RESIDENCE DV 95 S-
RESIDENCE DV 100 S
RESIDENCE DV 125 S
RESIDENCE ES 100 S
Many different chemical elements are used in the production of rubber pulp.One of these elements is Colophon resins(Gum Rosins) obtained from pine trees and are important components that increase the homogeneity of the dough they enter. In the production of rubber pulp, colophon resin (Gum Rosin), as a binder to provide a homogeneous mixture of rubber, fillers and other additives, allows the rubber pulp to combine permanently with its adhesive property and take the desired shape.
Colophon resin(Gum Rosin) provides elasticity and flexibility to rubber pulp and thus ensures that rubber products can withstand mechanical stresses such as bending, stretching and deformation in various applications.In addition, Colophon Resin (Gum Rosin) provides temperature stability in the rubber pulp, allowing the rubber to maintain its adhesive properties even when exposed to high temperatures
Resins are used for different purposes in the rubber and tire sectors as reinforcing, curing, adhesive and adhesive.
Reinforcing Resins: Colophon Resins (Gum Rosin) provide better hardness, reduced compression and better durability, heat, oil and solvent resistance in the products by increasing the tear resistance, initial tear resistance and wear resistance properties of the rubber used.
Curative (Curing) Resins: Curative resins designed to show thermal reactivity are used to improve the curing performance, especially in the vulcanization process of butyl rubber pulp. In addition, it can also be used in blends of butyl rubber and nitrile, natural rubber and polychloroprene rubbers.
The most widely used, cheapest and oldest rubber curing/vulcanization method today is the use of sulfur-containing chemicals. The use of phenolic resins as a curing agent provides advantages over other methods. Carbon-sulfur bonds are formed in rubber when curing in the presence of sulfur, while carbon-carbon bonds are formed when curing with phenolic resin. Carbon-carbon bonds are much more resistant to hydrolysis than carbon-sulfur bonds, especially when exposed to moisture at high temperatures. In rubber cured with sulfur curing technology, the disintegration reaction of carbon-sulfur bonds is observed after the crosslink density increases to the maximum level. On the other hand, in rubbers cured with phenolic resin, the reverse reaction occurs much slower and is gaining importance in some special applications with this feature.
Resins in this group are used together with halogen-containing elastomers and metal chloride catalysts. With the use of these resins, vulcanized butyl rubbers become products that are resistant to drying, high heat and pressure, do not bloom, do not stain and have high modulus values.
Adhesive (Tackifying) Resins:
Resins developed for use as interlayer adhesive during the Decaleration production of automotive tires and mechanical rubber products requiring high adhesion levels are compatible with synthetic rubber and natural rubber blends.
With today's technology, increasing synthetic rubber performances are replacing natural rubber. However, the ability to hold the layers together, which is the greatest feature of natural rubber, is not as strong in synthetic rubbers as in natural rubber. Dec. Adhesive resins are used in rubber pulps used in the production of various products such as automotive tires, conveyor belts, rubber-based hoses, liners, mats, sheets, fabric-lined rubber and rubber adhesives.
Adhesive Resins:
Adhesive resins are formulated to be thermally activated and synthesized in accordance with neoprene, chloroprene and other elastomer-based adhesives. These resins give rubber-based adhesives low initial viscosity and viscosity stability. These adhesive resins are produced by taking into account parameters such as green bonding, opening time and bonding force.
These resins, soluble in solvents such as aromatic hydrocarbons, esters and ketones, are used in areas such as rubber-based adhesives, upholstery, footwear, leather, automotive adhesives, wire enamel, coating and lacquering.
With the increase of the human population, the need for food on Earth has also increased. For this reason, it is estimated that 25-80% of the harvested fresh fruits and vegetables are thrown away as a result of spoilage.Coating fruits with edible coatings is an important method of extending the shelf life after harvest.
Modified Resin esters (Gum Rosin Esters); Fumaric Resins and Maleic Resins are added to the fruit coating formulation and mixed together with other components to form a coating material. The formulation forms a protective film when applied to fruits.
Modified Resin esters (Gum Rosin Esters) cover fruits and vegetables with a new natural or synthetic layer to prevent contact with microorganisms present in the environment, prevent them from rotting, extend their shelf life and extend their storage time by preventing a decrease in water activity value. In addition, coatings created with glossy materials make the appearance of fruits and vegetables more attractive and increase their commercial value.
If resins modified with fumaric acid and Maleic acid are used in fruit coating applications, these products must comply with local and national food regulations.
Our Modified Gum Rosin products, which are of great importance for the need for sustainable nutrients and are the most preferred in the sector, are as follows, including Maleic and Fumaric Resins:
RESIDENCE AF 150
RESIDENCE AF 155
RESIDENCE AF 160
RESIDENCE AM 150
RESIDHERE RF 130
Printing ink is the dispersion of a colored pigment in a liquid and is formulated to form an image on an underprint material. All printing inks consist of four main components; they are colorants, binders, solvents and additives.
In the production of printing inks, resins are used for general purposes such as adjusting the viscosity of printing inks, ensuring the adhesion of pigments to surfaces, and improving the quality of printing.
Resins used as binders in printing ink contribute to the hardness, gloss, stickiness and elasticity properties of the ink.
Resins can also be used to give brightness and opacity to printing inks, thanks to the resin used, it ensures that the prints are alive and well-looking.
Maleic Resins, Fumaric Resins, Penta Ester Resins, Modified resins (Double-base acid-modified resins, Maleic Modified Glycerol ester resins, Maleic Modified Pentaerythritol Ester Resins, etc.)
Resins can be used for various purposes in the production of shoe and floor polishes.
Maleic and Fumaric Resins, which are usually Modified Gum Rosin Esters (Modified Resin Esters), are used for different purposes such as binding, gloss-protection, anti-slip, water-stain resistance in the production of shoe-floor polishes.
Fumaric Resin is used to add properties such as gloss, durability and wear resistance to polishes. In addition, the Fumaric Resin improves the adhesion properties of the polish and provides a better adhesion on the surface of the polish.
Maleic resin, on the other hand, increases the flexibility, durability and adhesion properties of the polish.. In addition, maleic resin also improves the water resistance and chemical resistance of the polish.
Fumaric and maleic resins can be used in combination with other resins to improve the performance of shoe-floor polishes and provide the desired properties.
Our Products;
Fumaric Resins;
RESIDENCE AF 140
RESIDENCE AF 145
RESIDENCE AF 150
RESIDENCE AF 155
RESIDENCE AF 160
Maleic Resins;
RESIDENCE AM 135
RESIDENCE AM 140
RESIDENCE AM 140 S
RESIDENCE AM 145
RESIDENCE AM 150
The consumption and production of chewing gum (gum) has reached a very large sectoral size. Although many different types of chewing gum are produced, the gum raw material (pulp) and yeast remain the same.
Gum Yeast is the substance that gives chewing gum its “chewing” property and consists of elastomers, resins, oils and emulsifiers. By bringing these substances together, gum yeast is known as the most important raw material for producing gum. The structure, chewing and balloon-making properties of chewing gum depend on the gum yeast and the quality of the raw materials used directly.
The two most important resin types used in the production of gum yeast are resin ester (Glycerol ester) and Hydrogenated resin esters. The resin esters contained in the content of gum yeast have two main functions, the first is that they are mastication agents, and the second is that they act as binding agents between elastomers and Decongestants.
Our resin esters, also known as food substance esters, are as follows;
RESIESTER 90;
RESIN GUM A is a glycerol ester obtained by deodorization of Gum rosine (Colophon Resin).
Our RESIESTER GUM A product is specially manufactured for use in the processing and formulation of various natural and synthetic products such as gum yeast, beverage concentrates, adhesives, ink and protective coating compositions.Resiester 90 is manufactured in accordance with the Food Chemical Codex.It is certified Kosher.
POLYESTER GUM A is soluble in aliphatic, aromatic and chlorinated hydrocarbons, ketones, esters and higher alcohols. It is insoluble in water.
RESIESTER NA
RESIN GUM is also a glycerol ester obtained by Polymerization and Deodorization of Gum rosin (Colophon Resin).
RESIESTER GUM is also specially manufactured for use in the processing and formulation of various natural and synthetic products such as gum yeast, beverage concentrates, adhesives, ink and protective coating compositions.Resiester 90 is manufactured in accordance with the Food Chemical Codex.
POLYESTER GUM is ALSO soluble in aromatic and chlorinated hydrocarbons, ketones, esters and high alcohols. It is partially soluble in aliphatic hydrocarbons. It is insoluble in water.
HYDRODHERE EG 90 F
Resins can have characteristic odors due to the aromatic compounds they contain. These aromatic compounds can be extracted from resins by various methods, such as steam distillation, solvent extraction, or cold squeezing. The resulting aromatic compounds are used as the main components of fragrances and essences.
Some resins are also used as a stabilizer or base note (volatility) in fragrance formulations. Stabilizers help to increase the stability and durability of the fragrance, while base notes provide the depth and richness of the fragrance composition.
Pine oil (pine oil), which is a Derivative of Gum Turpentine used in the production of Fragrances and Essences, and Aromatic Terpenes are important components and are as follows;
RESCOL EXTRA
RESCOL 65
RESCOL 75
RESCOL 85
TERPINEOL
TERPINYL ACETATE
ALPHA PINENE
BETA PINENE
DIPENTENE
In the book binding process, Decolon Resin (Gum Rosin ) and Glycerol Ester Resins (Resin Esters) are used in the production of adhesives used to hold the pages of books together, strengthen the back and increase the durability of books.
The choice of resin is important for the book binding process and may vary depending on the factors it depends on. These can include the type of book, the number of pages, the expected durability, cost, and other characteristics. Dec.
Colophon resin (Gum Rosin) provides adhesion properties and durability to adhesives. It can also be used to adjust the viscosity and increase the adhesion strength of adhesives. Colophon resin in book binding adhesives makes an important contribution to the structure and performance of the adhesive.
These esters improve the performance of adhesives by interacting harmoniously with resins.
Glycerol Ester Resins are also used as components that improve the viscosity, stickiness and workability of adhesives and increase their durability. Glycerol esters can provide adhesives with better flexibility, adhesion strength and adhesion time.
Glycerol esters can be used as components that improve the viscosity, stickiness and processability of adhesives and increase their durability.
Colophon Resin (Gum Rosin ) and Glycerol Ester Resins (Resin Esters) interact harmoniously with resins, improving the performance of adhesives. Glycerol esters provide adhesives with better flexibility, adhesion strength and adhesion time.
Our most preferred products in the production of adhesives used in book binding are as follows:
Gum Rosins (Colophon Resins);
GUM ROSIN WW/X COL 1440
GUM ROSIN WW/X COL 240
Glycerol Ester Resins (Resin Esters);
RESIDENCE EG 85 F
RESIDENCE ES 90 SD
RESIDENCE ES 90 S
RESIDENCE ES 100 S
RESIDENCE ES 101 S
RESIDENCE ES 104 F
Disinfectants-DISINFECTANTS
Pine oil (pine oil), which is a derivative of Pine Turpentine, can be used as a natural component in the production of disinfectants, and Pine oil pays great attention due to its antimicrobial properties.
Pine oil can be used as an effective ingredient in the production of cleaners and disinfectants. Thanks to its antimicrobial properties, it helps to effectively control microorganisms on surfaces.
Pine oil adds a natural smell and freshness to disinfectants. Thanks to its aromatic properties, it ensures that disinfectants are effective along with a pleasant smell.
Pine oil allows the disinfectant to spread better on surfaces and increase its effectiveness, it can be used as a surfactant in disinfectant formulations.
Pine oil helps to ensure that the perfumes used in disinfectants are more permanent.
Pine oil is also used in the production of perfumes, detergents and cosmetics.
Our Products;
RESCOL EXTRA
RESCOL 65
RESCOL 75
RESCOL 85
TERPINEOL
TERPINYL ACETATE
Maleic and Fumaric resin varieties, which are Modified Gum Rosin Esters (Modified Resin Esters), are among the important resin varieties used in the production of Decals and Sealants.
Fumaric Resin: Fumaric resin is a type of resin used in varnishes and mastics. Fumaric resin increases the hardness, durability and gloss of the polish. In addition, fumaric resin improves the adhesion properties of the polish, allowing it to adhere better to the surface. Fumaric resin helps to achieve the desired properties by using it in combination with other resins used in varnishes and mastics.
Maleic Resin: Maleic resin is a type of resin that is also often used in the production of varnishes and sealants. Maleic resin increases the flexibility, adhesion properties and durability of the polish. In addition, maleic resin improves the water resistance and chemical resistance of the polish. Maleic resin is used to optimize the performance and properties of the polish by combining it with other resins.
Our Products;
Fumaric Resins;
RESIDENCE AF 140
RESIDENCE AF 145
RESIDENCE AF 150
RESIDENCE AF 155
RESIDENCE AF 160
Maleic Resins;
RESIDENCE AM 135
RESIDENCE AM 140
RESIDENCE AM 140 S
RESIDENCE AM 145
RESIDENCE AM 150
The use of resin in agricultural pesticides is generally preferred as a natural preservative and binding agent. Resins are organic compounds derived from plants and are used in some pesticide formulations to enhance the effectiveness of active ingredients, improve the structure of products, and support plants in combating diseases. The use of resin in agricultural pesticides can occur in several ways:
1. As a Binder and Stabilizer: Resins help maintain the effectiveness of pesticides and other active ingredients by increasing their stability. Due to these properties, the duration of pesticide effectiveness can be extended.
2. Adhesion Property: Resins enable pesticides to adhere better, allowing them to remain on plants for a longer period. This can be particularly important for applications on leaves and fruits.
3. Protective Effect: Resins can create a protective layer on plants, helping to prevent diseases and pests. Additionally, they can enhance the effectiveness of pesticides depending on climatic conditions.
4. Biological Effect: Natural resins may exhibit certain biological properties. For example, some types of resins can strengthen the plant’s immune system and help plants cope with stress.
5. Fungicidal and Bactericidal Properties: Since resins can exhibit some fungicidal and bactericidal properties, their use in combating plant diseases is widespread.
The use of resin is becoming increasingly preferred, especially in biological products and organic farming.
In the textile industry, resins are used in the production of TPU-Based Hotmelt Adhesive Film and EVA-Based Hotmelt Adhesive Film, which are used for bonding and coating various textile materials.
Advantages of hotmelt adhesive films:
The main textile industries where the produced hotmelt adhesive films are used are as follows:
