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Other Rubber Belting Machines

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Other Rubber Solvents are substances that are capable of dissolving or softening natural or synthetic rubber. These substances are used in various industries such as rubber production, adhesives, paints and coatings. The selection of the appropriate solvent for a particular application depends on several factors, including the type of rubber, the process temperature and the desired properties of the final product.

Choosing the Right Solvent

Choosing the right solvent for a specific application depends on the following factors: Type of rubber: Each type of rubber requires a specific solvent. Process temperature: The process temperature affects the solvent's solvency. End product properties: The solvent should be selected so that it does not negatively affect the final product properties such as adhesion, flexibility, and heat resistance. Safety and environmental considerations: The solvent should pose minimal risk to human health and the environment.

Applications of rubber solvents

Adhesive production: Solvents are used to dilute rubber adhesives and improve their adhesion. Paint and coating production: Solvents are used to dilute paints and coatings containing rubber. Equipment cleaning: Solvents are used to clean equipment contaminated with rubber. Rubber recycling: Solvents are used to recycle old tires and produce new products.

Other Testing Instruments

Testing Instruments, Rubber

Other Tire Machines & Moulds

Tire Machines & Moulds, Rubber

Other Tire Parts & Accessories

Tire Parts & Accessories, Rubber

Other Tire Repairing & Retreading …

Tire Repairing & Retreading Materials, Rubber

Other Tire Retreading Machines

Tire Retreading Machines & Moulds, Rubber

Other TPE/TPR

TPE/TPR (Thermoplastic Elastomer/Rubber), Rubber

ThermoPlastic Elastomers for short, are a class of polymers that combine the properties of plastics (such as remoldability) and elastomers (such as the elasticity of natural rubber). These materials have found widespread use in various industries due to their flexibility, abrasion resistance, and recyclability.

TPE/TPR Applications

Automotive Industry: Production of door handles, seat covers, gaskets, seals and other automotive parts. Consumer Goods Industry: Production of toys, electronic components, sporting goods and household goods. Medical Industry: Production of medical tubing, medical device components and hygiene products. Construction Industry: Production of thermal insulation, floor coverings and sealants.

Other Vulcanizing Agents

Vulcanizing Agents & Auxiliaries, Rubber

Other Vulcanizing Agents is the process by which raw rubber is converted into a harder, more elastic, and more stable material. Sulfur is known as the main vulcanizing agent, but there are other factors that can speed up or improve this process. Advantages of using non-sulfur vulcanizing agents More speed: Some non-sulfur vulcanizing agents accelerate the vulcanization process. Better properties: Using different vulcanizing agents can improve certain properties such as heat resistance, chemical resistance, and aging resistance. Compatibility with rubber types: Non-sulfur vulcanizing agents can be used for different types of rubber.

Applications of non-sulfur vulcanizing agents

Production of products with high service temperatures: Peroxides are used to produce products that operate at high temperatures, such as engine gaskets. Production of products with high chemical resistance: Phenolic resins are used to produce products that are exposed to corrosive chemicals, such as protective coatings. Production of light-colored products: Some non-sulfur vulcanizing agents do not cause product color changes and are used to produce light-colored products.

OTR Tires

Auto Tires & Inner Tubes, Rubber

Oxalic acid

Chemical, Acid

Oxalic Acid is an organic dicarboxylic acid compound with the chemical formula C₂H₂O₄, found naturally as colorless, odorless crystals. It occurs in certain plants such as rhubarb, spinach, and beetroot and is also industrially produced for use in various sectors. Oxalic acid is particularly valued in industry for its strong metal chelating ability, making it useful in cleaning, textile, leather, and pharmaceutical applications.

Structure

Oxalic acid is the simplest dicarboxylic acid.

Chemical formula: C₂H₂O₄ or (COOH)₂
It consists of two carboxylic acid groups connected directly to each other.
It is typically found as a crystalline solid and exists as a dihydrate (with two water molecules) at room temperature.

Properties

Molar mass: 90.03 g/mol
Melting point: 101–102 °C (for the dihydrate form)
Solubility: Highly soluble in water and alcohol
Appearance: White crystals
pH (aqueous solution): Around 1.3 (strong acid in dilute solution)
Chelation ability: Strong chelator of metal ions like calcium, iron, and magnesium

Applications

Oxalic acid is used in a wide range of industries, including:

Cleaning Industry: Removes rust, ink stains, and mineral deposits
Textile and Dyeing Industry: Used as a bleaching agent and dye fixative
Leather Industry: For cleaning and preparing leather surfaces
Chemical Laboratories: As a standard reagent and chemical agent
Pharmaceutical Industry: In certain drug synthesis and raw material purification
Wood Industry: To lighten wood color and remove metal stains
Beekeeping: Used in controlled applications to combat Varroa mite infestations

Disadvantages

High toxicity: Ingestion or skin contact can be dangerous
Corrosive nature: Causes irritation to skin, eyes, and respiratory tract
Environmental impact: Improper disposal can harm aquatic environments
Risk of kidney stone formation: If consumed, may lead to calcium oxalate kidney stones

Advantages

High efficiency in removing deposits and stains
Readily available and affordable
Strong metal ion binding capacity
Environmentally friendly in controlled industrial applications

PADOXYLATE-2EO

Chemical, Emulsifiers

It is a nonionic surfactant obtained by adding ethylene oxide gas to lauryl alcohol prepared from coconut oil. PADOXYLATE-2EO is a non-ionic surfactant that is widely used in various industries, especially in the production of detergents, cosmetics and hygiene products. It acts as an emulsifier, humectant and foaming agent, and helps improve the properties of the final products.

Structure and Properties

Structure: PADOXYLATE-2EO is produced by combining a fatty alcohol (usually alcohols derived from coconut oil) with ethylene oxide. The number 2 in the name of this substance refers to the number of ethylene oxide molecules attached to each alcohol molecule. Properties: This surfactant is a clear or yellowish oily liquid and is soluble in water. PADOXYLATE-2EO has strong emulsifying properties, good foaming and compatibility with other detergents. Also, this substance, due to its moisturizing properties, makes the skin and hair soft and supple.

PADOXYLATE-2EO Applications

- In the detergent industry as a raw material in the production of shampoos, face and body wash gels - In the cosmetic industry in the production of sunscreens, bleaching agents and hair dyes - In the paint industry as a moisturizing agent and emulsifier and uniform spreader of paint on surfaces - In the paper industry as a moisturizing agent and absorbent

Detergent Industries
Paint industry
Paper industry
Cosmetic Industries
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Benefits of Using PADOXYLATE-2EO
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Skin Compatibility: PADOXYLATE-2EO has low irritation to skin and hair due to its mild properties. Good Foaming: This surfactant creates stable and rich foams. Strong emulsifier: PADOXYLATE-2EO can emulsify oils and fats in water well. Compatibility with other materials: Compatible with many detergents and other additives.

Product Specifications

Appearance Colorless or slightly cloudy clear liquid Cloud point (oC) 50-52 pH 7-May Density 87-89 Moisture 0.1 (Max) Hydroxy number (mgKOH/g) 193-199 HLB 5.9-6.2

paraffin

Chemical, Aliphatics

Paraffin is a solid, colorless and odorless substance consisting of saturated hydrocarbons. The general chemical formula of paraffin is CnH2n+2, where n represents the number of carbon atoms. This substance has wide applications in various industries due to its special physical and chemical properties. Physical and Chemical Properties of Paraffin Physical State: Soft, waxy solid Color: Colorless or white Odor: Odorless Solubility: Insoluble in water, but soluble in many organic solvents such as benzene and toluene. Melting Point: Varies depending on the type of paraffin, but is usually between 50 and 70 °C. Boiling Point: Relatively high Flammability: Flammable, but less reactive than many other hydrocarbons. Sources of Paraffin Paraffin is mainly obtained from the refining of crude oil. It can also be extracted from coal and oil shale. Types of Paraffin Paraffins are divided into different types based on their melting point and molecular weight. Paraffins with lower melting points are softer and oilier, and paraffins with higher melting points are harder and more brittle. Paraffin Applications Candle Industry: Paraffin is one of the most important raw materials for candle production. Cosmetics and health industries: Used in the production of creams, lotions, and skin care products. Pharmaceutical industry: Used as a coating for tablets and capsules. Paper industry: Used to make paper and cardboard water-repellent. Textile industry: Used to produce water-repellent and stain-resistant fabrics. Packaging industry: Used to coat the inside of boxes and cartons.