Gathering upstream manufacturers from domestic and foreign industries, our products represent the development direction of testing technology and capabilities both domestically and internationally. All products are supplied at factory prices, providing users with great benefits.
Create a one-stop supplier for toolboxes, with various models to choose from for each product. We offer sample processing for all aspects of the products and an annual procurement plan.
Maintain good cooperative relationships with multiple domestic manufacturers, provide temporary equipment system solutions, and offer demonstration laboratories in various industries for users to visit.
Equipped with technical engineers, a comprehensive after-sales service system, providing information consulting services, systematically introducing the performance and characteristics of products, and recommending products suitable for users.
Changshu Lingxing Plastic Mold Co., Ltd. is a production-oriented enterprise specializing in injection molding, injection mold design, manufacturing, and assembly. It has core technical strength, years of rich experience and technology in injection molding production. The factory has complete production equipment and 16 injection molding machines with precision mold manufacturing and processing equipment of less than 1100T (4000g). With the continuous expansion of the enterprise scale, new factories have been built. The new factory is located in Jialing Village, Xinzhuang Town, Changshu City, covering an area of about 5000 square meters. The production facilities are complete, and technology is constantly improving, which can meet the production needs of various scales.
Many people like to use plastic storage boxes because they balance practicality, economy, and convenience, and can efficiently meet the needs of various storage scenarios. 1. Strong practicality and adaptability to multiple scenarios The structure and performance design of plastic storage boxes enable them to meet the storage needs of different environments.
The plastic toolbox made of PP material has many advantages, but also some limitations. The following is a specific introduction: 1. Advantages Lightweight and portable: The density of PP material is only 0.90-0.91g/cm 3, which is lighter than water. PP material toolboxes of the same volume are lighter in weight than metal or other plastic toolboxes, making them easy to carry and move, an
Plastic toolboxes, especially those made of insulating materials such as polyethylene and polypropylene, have high surface resistance and are prone to static electricity accumulation due to friction, contact separation, etc., which may pose a safety hazard to electronic components and flammable and explosive materials stored inside. Preventing the accumulation of static electricity requires starti
The heat treatment process of electronic scale molds needs to be combined with their core requirements - high dimensional stability (to avoid deformation affecting weighing accuracy), moderate hardness (to balance processability and wear resistance), low internal stress (to prevent long-term use cracking), and also need to be adapted to commonly used mold materials (such as pre hardened plastic mo
Plastic toolboxes can isolate charged objects, relying on the electrical insulation properties of the plastic itself, combined with structural design and usage standards to form a complete protection. The isolation principle and implementation method can be developed from three dimensions: material, structure, and usage, as follows:
The core reason why the tool box mold can realize batch standardized production is that the "stereotyped characteristics" of the mold itself are compatible with the "process synergy" of the modern manufacturing system - the structure, size and appearance of the tool box are fixed as a unified standard through the mold, and the batch production of "the first mock examination with multiple pieces an
The plastic toolbox is made of engineering plastics because the comprehensive performance of engineering plastics matches the core requirements of "protection, durability, and portability" of the toolbox. It can solve the shortcomings of ordinary plastics (such as polyethylene and polypropylene) in strength, weather resistance, etc. The specific advantages are as follows:
Many people like to use plastic storage boxes because they balance practicality, economy, and convenience, and can efficiently meet the needs of various storage scenarios. 1. Strong practicality and adaptability to multiple scenarios The structure and performance design of plastic storage boxes enable them to meet the storage needs of different environments.
The plastic toolbox made of PP material has many advantages, but also some limitations. The following is a specific introduction: 1. Advantages Lightweight and portable: The density of PP material is only 0.90-0.91g/cm 3, which is lighter than water. PP material toolboxes of the same volume are lighter in weight than metal or other plastic toolboxes, making them easy to carry and move, an
Plastic toolboxes, especially those made of insulating materials such as polyethylene and polypropylene, have high surface resistance and are prone to static electricity accumulation due to friction, contact separation, etc., which may pose a safety hazard to electronic components and flammable and explosive materials stored inside. Preventing the accumulation of static electricity requires starti
The heat treatment process of electronic scale molds needs to be combined with their core requirements - high dimensional stability (to avoid deformation affecting weighing accuracy), moderate hardness (to balance processability and wear resistance), low internal stress (to prevent long-term use cracking), and also need to be adapted to commonly used mold materials (such as pre hardened plastic mo
Plastic toolboxes can isolate charged objects, relying on the electrical insulation properties of the plastic itself, combined with structural design and usage standards to form a complete protection. The isolation principle and implementation method can be developed from three dimensions: material, structure, and usage, as follows:
The core reason why the tool box mold can realize batch standardized production is that the "stereotyped characteristics" of the mold itself are compatible with the "process synergy" of the modern manufacturing system - the structure, size and appearance of the tool box are fixed as a unified standard through the mold, and the batch production of "the first mock examination with multiple pieces an
The plastic toolbox is made of engineering plastics because the comprehensive performance of engineering plastics matches the core requirements of "protection, durability, and portability" of the toolbox. It can solve the shortcomings of ordinary plastics (such as polyethylene and polypropylene) in strength, weather resistance, etc. The specific advantages are as follows:
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