轻烧镁球价格 Light burned magnesium ball price

    鞭炮固引剂是在鞭炮成型过程中起固引封口作用的干粉剂。传统的鞭炮固引剂多采用土粉、卤精、硅砂等原料制成，物理、化学安定性差、易出现松散现象且固化时间长，不仅生产效率低，而且容易损伤引线、降低鞭炮质量。

　　新型菱镁鞭炮固引剂可完全克服上述不足，具体优势如下：

　　1、固化快，新型菱镁鞭炮固引剂采用轻烧镁球、氯化镁为主要原料，回潮均匀、固化快，可有效提高鞭炮生产效率;

　　2、性能稳定，新型菱镁鞭炮固引剂强度高、稳定性好、不吸潮返卤、不会出现松散现象，使用效果好;

　　3、使用方便，新型菱镁鞭炮固引剂封口使用时工人操作方便，且不易损坏引线，可实现鞭炮的大批量加工生产。

　　鞭炮封口粉，封口粉是由轻烧镁球(土粉，轻烧粉，苦土粉)为主要原料加入卤粒 沙子等原料经过机器混合搅拌装入塑料袋而成的，一种造鞭炮的一种原料。鞭炮封口粉用氧化镁，不用太细，太细了封口的时候粉尘太大，不利于使用。

Firecracker anchoring agent is a dry powder that acts as a sealing anchor in the process of firecracker forming. Traditional firecracker fixing primers are mostly made of soil powder, halogen concentrate, silica sand and other raw materials. Poor physical and chemical stability, prone to loosening and long curing time, not only have low production efficiency, but also easily damage the leads and reduce the quality of firecrackers.

The new magnesite firecracker solid primer can completely overcome the above-mentioned disadvantages, and the specific advantages are as follows:

1. Fast curing, the new magnesite firecracker fixing primer uses light-burned magnesium balls and magnesium chloride as the main raw materials, and the moisture regain is uniform and the curing is fast, which can effectively improve the production efficiency of firecrackers;

2. Stable performance, the new magnesite firecracker solid primer has high strength, good stability, no moisture absorption and halogen return, no loose phenomenon, and good use effect;

3. Convenient to use, the new magnesite firecracker solid primer sealing is convenient for workers to operate, and it is not easy to damage the lead wire, which can realize the mass production of firecrackers.

Firecracker sealing powder, the sealing powder is made of lightly burned magnesium balls (soil powder, lightly burned powder, bitter soil powder) as the main raw material, and added halogen grain sand and other materials into the plastic bag through machine mixing and stirring. A raw material. The firecracker sealing powder is made of magnesium oxide. It is not necessary to be too fine. When it is too fine, the dust is too large to seal, which is not conducive to use.