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Atomic ash is mainly composed of unsaturated polyester resin, fillers (such as talc powder), a small amount of additives, and supporting curing agents. Its core advantages lie in:

1. Strong filling ability: It can effectively fill defects such as dents, sand holes, and welds on substrates such as metal and wood.

2. Fast drying speed: When used in conjunction with a curing agent, it can harden in a short period of time, significantly improving work efficiency.

3. Good polishing performance: After curing, the hardness is moderate and easy to polish flat, providing a good foundation for subsequent spraying.

4. Excellent adhesion: It has good adhesion to substrates such as metal and wood that have been properly treated.

5. High stability: High quality atomic ash has low shrinkage rate and is not easy to crack or fall off.

Today, Changxing Baodi Environmental Protection Technology Co., Ltd., a manufacturer of atomic ash, received a call from a user asking: What should I do if the atomic ash dries too quickly? Let me explain briefly below

The rapid drying of atomic ash can be solved by adjusting the mixing method, controlling the proportion of curing agent, and optimizing the construction environment. The main reasons include excessive curing agent, high ambient temperature, or excessive mixing amount. Targeted measures such as small and multiple mixing, appropriate reduction of curing agent addition ratio (not exceeding the lower limit), and lowering construction temperature need to be taken. ‌‌‌‌

Adjust the allocation method and proportion

Small amount and multiple blending: calculate the single dosage according to the gel time of the putty, so as to avoid too much one-time blending that will lead to curing before use up. It is recommended to control the amount of each blending within 5-10 minutes. ‌‌‌‌

Reasonably control the proportion of curing agent:

Within the recommended curing agent ratio range by the manufacturer (usually 1.5% -3%), reduce the amount added appropriately to slow down the drying speed, but ensure that it is not lower than the minimum ratio requirement to avoid not drying. ‌‌

Attention: Excessive curing agent is one of the main reasons for rapid drying, and it is necessary to strictly follow the instructions for proportioning.

Optimize the construction environment

Temperature control: High temperature will accelerate the solidification of atomic ash. It is recommended to carry out construction in an environment of 15-25 ℃, avoiding direct sunlight or using heating equipment. ‌‌‌‌

Thin scraping treatment: Adopting a layered thin scraping method, with each layer thickness not exceeding 3mm, shortening the single construction time and reducing the risk of rapid local curing. ‌‌

Other auxiliary measures

Choose slow drying products: If the conventional atomic ash drying speed is too fast, it can be replaced with slow drying models or customized products. ‌‌

Pre treatment of board: Ensure that the construction surface is free of oil and water stains, and avoid accelerated drying caused by abnormal reaction between atomic ash and substrate due to pollution.

The atomic ash produced by Changxing Baodi Environmental Protection Technology Co., Ltd. strictly controls the quality of raw materials and production processes to ensure stable and reliable product performance. We understand that every detail in construction is related to the final outcome. If you encounter the problem of rapid solidification of atomic ash, please do not worry and refer to the above suggestions for adjustment. If the problem persists or you have any questions about product selection, please feel free to contact Changxing Baodi's technical service team at any time. We will wholeheartedly provide you with professional technical support and solutions.

Choose Changxing Baodi Atomic Ash for an efficient and reliable surface repair experience!

Kind reminder: Please refer to the product manual of Changxing Baodi Atomic Ash that you are using for specific operations. Please wear protective equipment during construction to ensure safe operation.