The excellent performance of PETG material

PETG, is a modified PET plastic with high transparency, can withstand low temperatures of -80 ℃, stronger rigidity and hardness, good scratch resistance and impact resistance. PETG is superior to PET in terms of chemical properties, oil resistance, mechanical strength, and oxygen barrier properties. Therefore,PETG material is also a good raw material for making serum bottles.

（1） Product recommendation

Basic information:

• Item Number：BH1012S-60

• name60ML Square Serum Bottle

• material：PETG

• color: Transparent

• type: Sterilization

Product Features:

1. Natural Material: High quality PETG raw material, with very high transparency, light weight, impact resistance, tensile resistance, temperature tolerance of -80 ℃ to 65 ℃, and good stability. Compared with PET, PETG material has better transparency, higher hardness and stiffness, stronger chemical resistance and barrier to water and oxygen, and is an environmentally friendly and recyclable material with high safety in use.

2. Cleanroom: Serum bottles are produced in a 100000 level dust-free GMP workshop and undergo comprehensive manual quality inspection to ensure that the serum bottles are clean and free of contamination.

3. Advanced technology: The serum bottle is manufactured using an injection blowing integrated method, which produces bottles with high glossiness, stronger gas barrier ability, smooth inner and outer walls, and no solution sticking to the walls.

4. Sealing and Leak Prevention: The serum bottle mouth is professionally designed to prevent leakage, with high sealing performance and 100% assurance of no liquid leakage; PETG itself has high transparency, clear markings, and is easy to visualize and observe the contents.

5. Widely applicable: The 60mL serum bottle has a small volume and is suitable for various scenarios such as serum packaging, cell culture medium preparation, and various reagent packaging. The square bottle body facilitates the storage and transportation of reagents, and can be directly applied in fields such as molecular biology and cell biology, routine clinical testing, drug screening, genomics and proteomics research.

（2） Usage tips

1. Cleaning and disinfection:Before using a serum bottle, ensure that the bottle isAseptic stateTo avoid pollution.

2. Proper storage:Suitable storage conditions should be selected based on the characteristics of the reagents to avoid adverse factors such as light, high temperature, and humidity that may affect the reagents.

3. Regular inspection: During the use of serum bottles, the quality and quantity of reagents should be checked regularly to ensure that they meet the experimental requirements.

4. Correct operation: When opening and closing serum bottles, the correct operation method should be followed to avoid damaging the bottle mouth or contaminating the reagents.

5. Avoid repeated use: Serum bottles should be avoided from repeated use to prevent cell or bacterial contamination caused by inadequate cleaning and disinfection.