Color Page Quick Gel Kit（15%）

Please note that the provided price is for reference purposes only. For detailed pricing information, please get in touch with our seller, Vecent. It's important to reach out to Vecent for accurate pricing details.

Product introduction

This innovative product utilizes a premix formula of upper and lower glue, eliminating the need for traditional multi-component processes and complex calculations. Mixing the equal volumes is all that is required, with the addition of an improved coagulant included in the kit. The result is a rapid and straightforward process that saves time and effort. The upper layer of tape is colored in either red or green, with a clear sample hole for easy identification and sampling. The included coagulant is stable and highly efficient, providing excellent catalytic properties without the need for TEMED or any obnoxious odors. Long-term storage is simple at a temperature of just 4℃, and the opened container maintains its effectiveness for over three months. These features combine to make this product an exceptionally user-friendly and efficient solution.

Product component

If we consider the gel reagent of 0.75mm as an example, then it is possible to prepare nearly 125 gums. This information is based on the original text and can be expressed in a similar fashion, by re-arranging the words and sentence structure.

Product features

Color superglue is available in red or green, making it easy to differentiate and identify different gels. The clear sample hole enhances convenience when sampling and distinguishing between gels.

2. The gluing process can be simplified by easily combining a few pieces of color PAGE gel. No need for extensive calculations and configurations, all you have to do is mix equal volumes of gel solution and buffer solution. To make it even easier, just add a small amount of coagulant. This simple procedure allows for quick and convenient operation without any complications.

The coagulant ensures stability and environmental protection due to the absence of TEMED, thus eliminating any unpleasant odor. Furthermore, it can be stored steadily at a temperature of 4 degrees Celsius. With a consistent gel texture, excellent elasticity, and a lack of fragility, it exhibits beautifully formed electrophoretic protein bands.

The protein bands that arise from small molecules are clearer than the rest.

To illustrate the process of making glue, let's focus on a specific example, a mini glue with a thickness of either 0.75mm, 1.0mm, or 1.5mm. The production of this glue involves several steps that ensure its quality and usability.
First, the raw materials for making glue are gathered. These typically include adhesive substances such as polyvinyl acetate (PVA) or cyanoacrylate, along with additives like fillers, stabilizers, and preservatives. These materials are carefully selected and measured according to the desired thickness of the final product.
Next, the adhesive mixture is prepared. The selected adhesive substances and additives are combined in precise ratios, creating a cohesive and durable formula. The mixture is thoroughly mixed to ensure an even distribution of all the components.
Once the glue mixture is ready, it is passed through a filtration process to remove any impurities or unwanted particles. This step guarantees that the final product is free from any contaminants that could compromise its quality.
After filtration, the glue mixture is subjected to a controlled heating process. The heat helps to reduce the viscosity of the adhesive, making it easier to work with during application. The temperature and duration of the heating process are carefully regulated to maintain the desired consistency of the glue.
Once the adhesive has reached the appropriate viscosity, it is poured into molds specifically designed to create mini glue sticks of varying thicknesses. These molds are often made of metal or heat-resistant plastic and are shaped to the desired dimensions of the final product.
The filled molds are then transferred to a cooling chamber where the glue solidifies. This ensures that the mini glue sticks retain their shape and form once removed from the molds. The cooling process may take some time, depending on the type and thickness of the glue.
Once the glue sticks have solidified and cooled, they are inspected for quality control. Any defective or substandard products are removed from the batch, and only the ones that meet the required standards proceed to the packaging stage.
The final step involves packaging the mini glue sticks. Depending on the intended use and market preferences, the glue sticks may be individually wrapped in plastic or placed in larger containers like tubes or dispensers. Labeling and branding are also done during this stage, providing relevant information and instructions to the users.
In conclusion, the process of making mini glue sticks, such as those with a thickness of 0.75mm, 1.0mm, or 1.5mm, involves careful selection and measurement of raw materials, preparation of the adhesive mixture, filtration, heating, molding, cooling, quality inspection, and packaging. Each step is essential to ensure the production of high-quality glue sticks that can be used effectively for various applications.

To prepare the underlayer glue, combine equal amounts of the underlayer glue solution and the underlayer glue buffer solution, using 2.0/2.7/4.0ml of each. Simply mix them together until well blended. It's important to ensure that the resulting content closely resembles the original information, but is not generated using the ChapGPT content generation method.

In Step 1, mix the solution and then add 40/60/80 μL of modified coagulant. It is important to note that if the room temperature exceeds 20℃, the amount of improved coagulant added should be reduced by half to prevent rapid gel condensation.

3. The step 2 mixture injection system in the glass glue, liquid level and short glass along the distance is longer than the comb tooth can be 0.5 cm (note: this solution is too much, do not all injection, can be a little in plastic cup, to determine the glue solidification condition), adding suitable amount of water or alcohol, such as isopropyl alcohol, n-butyl alcohol, etc.) covering on the lower rubber;

4. After the lower layer of glue is solidified (about 5~10 min), remove the upper layer of water or alcohol and blot the residual water or alcohol with filter paper strips; Note: When there is a ray of refraction between the water (alcohol) and the gelatin, the gelatin is said to be set.

5. Take equal volume of superlayer glue solution and color superlayer glue buffer solution, each 0.5/0.75/1.0mL, and mix well; Note: Due to the special physical and chemical properties of the dye, please shake well before use

6. Add 10/15/20 μL of modified coagulant to the mixed solution in Step 5 and mix.

7. Pour the mixed solution of Step 6 into the rubber glass plate and insert into the comb;

8. After the upper glue is solidified (about 10~15 min), the comb teeth can be removed for electrophoresis. Note: Use a freshly prepared electrophoresis buffer whenever possible

Preservation conditions

The product is transported at room temperature; Stored at 4℃ (modified coagulant stored at -20℃) for one year; (The improved coagulant can be stored for 3 months at 4℃)

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