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BQ-BZ-D30
White powder
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Technical parameter
Model No. | Appearance | Heating Loss (90±2℃) | Initial Melting Point | Thermo Gravimetric (200±5℃) | Metal Oxide Content |
BQ-BZ-D30 | White Powder | ≤ 2.0% | ≥70℃ | ≤ 8.0% | ﹥28.0% |
Package & Storage
It must be stored in a cool, dry place, and kept away from hot steam pipes and fire sources to avoid direct sunlight. This auxiliary is packed by 25kg per bag .
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There are many different types of lead stabilizers on the market today. Some are designed specifically for shoes, while others can be used for a variety of applications. Lead stabilizers come in both liquid and powder form. They work by providing a protective barrier between the lead and the surrounding environment. This prevents the lead from being exposed to air and moisture, which can cause it to corrode.
Lead stabilizers can be applied to both the inside and outside of shoes. When applying to the inside of shoes, it is important to make sure that the entire surface is covered. This will help to prevent any lead exposure if the shoe is damaged or worn down over time. When applying to the outside of shoes, lead stabilizers can be sprayed or brushed on. It is important to follow the manufacturer's instructions when applying lead stabilizers to shoes.
Lead stabilizers are an important part of keeping people safe from lead exposure. They are easy to use and provide a reliable way to protect against lead exposure.
Product Advantage
1. Our lead stabilizer series provides excellent abrasion resistance and good color stability for shoes.
2. The series offers a variety of colors to choose from, allowing you to create the perfect look for your shoes.
3. The lead stabilizer series is also very easy to use, making it a great choice for those who are new to using stabilizers.
There are a few key technical parameters to consider when selecting a lead stabilizer for shoes. The first is the melting point. Lead stabilizers need to have a melting point that is high enough to withstand the temperatures used in the shoe manufacturing process. The second parameter to consider is the volatility. Lead stabilizers should be volatile enough to allow for easy release of lead from the finished shoe. Finally, the solubility of the lead stabilizer should be considered. Lead stabilizers should be soluble in order to ensure that they do not build up on the surface of the shoe over time.
There are many different types of lead stabilizers that can be used in shoes. The most common lead stabilizer is a zinc oxide-based compound. This type of lead stabilizer is typically used in sneakers and other types of shoes that see a lot of wear and tear. Zinc oxide-based lead stabilizers help to keep the shape of the shoe intact and prevent the material from breaking down over time.
Another type of lead stabilizer that can be used in shoes is a calcium carbonate-based compound. This type of lead stabilizer is typically used in dress shoes and other types of formal footwear. Calcium carbonate-based lead stabilizers help to keep the shoe looking shiny and new for longer periods of time.
Lead stabilizers are an important part of the manufacturing process for many types of shoes. Without lead stabilizers, the materials used to make shoes would break down much faster and would not last as long. Lead stabilizers help to extend the life of shoes and make them more durable.
Technical parameter
Model No. | Appearance | Heating Loss (90±2℃) | Initial Melting Point | Thermo Gravimetric (200±5℃) | Metal Oxide Content |
BQ-BZ-D30 | White Powder | ≤ 2.0% | ≥70℃ | ≤ 8.0% | ﹥28.0% |
Package & Storage
It must be stored in a cool, dry place, and kept away from hot steam pipes and fire sources to avoid direct sunlight. This auxiliary is packed by 25kg per bag .
|
|
| |
There are many different types of lead stabilizers on the market today. Some are designed specifically for shoes, while others can be used for a variety of applications. Lead stabilizers come in both liquid and powder form. They work by providing a protective barrier between the lead and the surrounding environment. This prevents the lead from being exposed to air and moisture, which can cause it to corrode.
Lead stabilizers can be applied to both the inside and outside of shoes. When applying to the inside of shoes, it is important to make sure that the entire surface is covered. This will help to prevent any lead exposure if the shoe is damaged or worn down over time. When applying to the outside of shoes, lead stabilizers can be sprayed or brushed on. It is important to follow the manufacturer's instructions when applying lead stabilizers to shoes.
Lead stabilizers are an important part of keeping people safe from lead exposure. They are easy to use and provide a reliable way to protect against lead exposure.
Product Advantage
1. Our lead stabilizer series provides excellent abrasion resistance and good color stability for shoes.
2. The series offers a variety of colors to choose from, allowing you to create the perfect look for your shoes.
3. The lead stabilizer series is also very easy to use, making it a great choice for those who are new to using stabilizers.
There are a few key technical parameters to consider when selecting a lead stabilizer for shoes. The first is the melting point. Lead stabilizers need to have a melting point that is high enough to withstand the temperatures used in the shoe manufacturing process. The second parameter to consider is the volatility. Lead stabilizers should be volatile enough to allow for easy release of lead from the finished shoe. Finally, the solubility of the lead stabilizer should be considered. Lead stabilizers should be soluble in order to ensure that they do not build up on the surface of the shoe over time.
There are many different types of lead stabilizers that can be used in shoes. The most common lead stabilizer is a zinc oxide-based compound. This type of lead stabilizer is typically used in sneakers and other types of shoes that see a lot of wear and tear. Zinc oxide-based lead stabilizers help to keep the shape of the shoe intact and prevent the material from breaking down over time.
Another type of lead stabilizer that can be used in shoes is a calcium carbonate-based compound. This type of lead stabilizer is typically used in dress shoes and other types of formal footwear. Calcium carbonate-based lead stabilizers help to keep the shoe looking shiny and new for longer periods of time.
Lead stabilizers are an important part of the manufacturing process for many types of shoes. Without lead stabilizers, the materials used to make shoes would break down much faster and would not last as long. Lead stabilizers help to extend the life of shoes and make them more durable.
