User Guide for Factory Supply Petroleum Resin CAS 68131 - 77 - 1 With Low Price

1. Basic Information and Parameters
2. Usage
3. How to Use
4. Case Studies
5. Contact Information

Basic Information and Parameters

The Factory Supply Petroleum Resin with CAS number 68131 - 77 - 1 is a type of hydrocarbon resin derived from petroleum. It is known for its low price and high - quality performance. The resin is typically a pale yellow to light brown granular or flaky solid at room temperature.

Key parameters include:

• Softening point: It usually ranges from 80 - 150°C, which determines its thermal stability and application scenarios.
• Acid value: Generally less than 1 mg KOH/g, indicating a relatively low level of acidic substances.
• Color: Gardner color is typically less than 5, which reflects the purity and appearance of the resin.
• Flash point: Above 200°C, ensuring its safety during storage and handling.

Usage

Petroleum resin CAS 68131 - 77 - 1 has a wide range of applications due to its unique properties.

• Adhesive industry: It can improve the tack, adhesion strength, and heat resistance of adhesives. In pressure - sensitive adhesives, it enhances the initial adhesion and long - term bonding performance, making it suitable for applications such as packaging tapes, labels, and adhesive films.
• Rubber industry: As a processing aid, it can improve the processability of rubber compounds, increase the hardness, and enhance the tear strength and wear resistance of rubber products. It is commonly used in the production of tires, rubber hoses, and seals.
• Coating industry: It can be used as a modifier in coatings to improve the gloss, hardness, and chemical resistance of the coating film. In automotive coatings, it can enhance the appearance and durability of the paint.
• Ink industry: It can improve the adhesion, drying speed, and gloss of inks, making them more suitable for high - speed printing processes.

How to Use

When using Factory Supply Petroleum Resin CAS 68131 - 77 - 1, the following steps should be followed:

• Storage: Store the resin in a cool, dry, and well - ventilated place, away from direct sunlight and heat sources. Keep it in its original packaging to prevent moisture absorption and contamination.
• Pre - treatment: Before use, it may be necessary to pre - heat the resin to a suitable temperature to improve its fluidity. The pre - heating temperature should be controlled within the range recommended by the product specifications.
• Mixing: When incorporating the resin into other materials, such as polymers or solvents, ensure thorough mixing to achieve a homogeneous mixture. Use appropriate mixing equipment, such as high - speed mixers or extruders.
• Processing: After mixing, the material can be processed into the desired products using various processing methods, such as extrusion, injection molding, or coating.

Case Studies

Case 1: Adhesive for Packaging Tapes
A packaging tape manufacturer was facing issues with low initial tack and poor adhesion strength in their products. After using Factory Supply Petroleum Resin CAS 68131 - 77 - 1 in their adhesive formulation, the initial tack of the packaging tape increased significantly, and the adhesion strength was improved by more than 30%. This led to better performance during the packaging process and reduced tape breakage, resulting in increased productivity and customer satisfaction.

Case 2: Rubber Tires
A tire manufacturing company was looking to improve the wear resistance and tear strength of their tires. By incorporating the petroleum resin into the rubber compound, the tear strength of the tires increased by 20%, and the wear resistance was enhanced by 15%. This extended the service life of the tires and reduced the frequency of tire replacements, providing a cost - effective solution for both the manufacturer and the end - users.

Case 3: Automotive Coatings
An automotive coating supplier wanted to improve the gloss and chemical resistance of their coatings. After adding the petroleum resin to their coating formulation, the gloss of the coating film increased by 10%, and the chemical resistance to solvents and acids was significantly improved. This gave the automotive coatings a more attractive appearance and better protection against environmental factors, meeting the high - quality requirements of the automotive industry.

Contact Information