Relying on the advantages of raw material modification throughout the entire chain, enriching the variety of special cable ties to meet the bundling needs of multiple industries and special working conditions

With the development of refined manufacturing in industries such as new energy, chemical, rail transit, and food and medicine, the selection requirements for cable ties in special scenarios such as extreme temperature zones, strong corrosion, flame retardancy and explosion prevention, and food safety continue to upgrade. Shanghai Kaibotai relies on the research and development strength of its parent company's polymer raw material modification and its own standardized production factory to deeply cultivate the research and production of multi material special cable ties, with products covering the PTFE series POK、PEEK、PA12、 Steel toothed zip ties PFA、PP、 Modified PA66 for high and low temperature PA46、 With the integrated matching ability from raw material formulation to finished product mass production, we provide diversified customized bundling solutions for various special working conditions, including flame retardant and metal detectable cable ties.

In the modern industrial wiring harness and pipeline fixed supporting industry chain, cable ties, as the basic fastening accessories, are increasingly segmented in their application scenarios. Conventional PA66 universal cable ties can only be used in normal temperature environments. Faced with differentiated working conditions such as high temperature, deep cold, strong acid and alkali corrosion, explosion-proof and flame-retardant, and food dust-free control, the market's demand for special modified cable ties has been steadily increasing year by year. Diversified material selection and customized modification have become important trends in industry development.

Kaibotai, rooted in Shanghai, relies on its parent company's deep cultivation of polymer raw material modification technology, combined with its own physical production plant, to build a complete industrial chain system of raw material modification research and development, formula sample debugging, and injection molding mass production. Unlike the production mode of only purchasing raw materials for processing, the enterprise's technical team can adjust the molecular formula from the raw material end and optimize the physical and chemical properties of the product according to the customer's on-site working conditions. This is also the core support for the enterprise to layout a full range of special cable ties products.

Relying on upstream raw material modification technology reserves, Shanghai Kaibotai has now formed a comprehensive matrix of special cable ties products, covering a wide range of high-end special materials:

Fluorine based high temperature and corrosion resistant zip ties: Conventional PTFE zip ties and customized modified PTFE and PFA zip ties rely on the acid and alkali resistance, high and low temperature resistance characteristics of fluorine materials. After formula modification and optimization, they are suitable for bundling in high corrosion and closed environments such as fine chemicals and semiconductor equipment;

High performance engineering plastic cable ties: POK cable ties, PEEK cable ties, PA46 cable ties, PA12 cable ties. Among them, PEEK products are resistant to wide temperature changes and chemical solvent erosion, and are mostly used for aviation matching and precision instrument wire harness fixation; PA46 and POK are suitable for engine compartments and engineering machinery wiring bundling due to their wear-resistant and creep resistant properties; PA12 modified version has excellent low-temperature toughness and is suitable for fixing pipelines in cold chain equipment and outdoor low-temperature equipment;

Differentiated nylon modified zip ties: In addition to the general PA66 zip ties, two segmented products, modified PA66 high temperature resistant and PA66 low temperature resistant, have been developed to improve the inherent low-temperature brittleness and high-temperature aging shortcomings of nylon through the blending of raw material additives; At the same time, expand PP cable ties and UL standard flame-retardant cable ties. The flame-retardant series is modified with flame-retardant materials according to the flame-retardant grade, suitable for high fire protection requirements such as distribution cabinets and building fire protection circuits;

Customized functional cable ties: Stainless steel dental cable ties (only the locking teeth are made of stainless steel material, and various modified plastics can be selected as needed for the belt body), metal detectable cable ties specifically designed for the food and pharmaceutical industry. The detectable cable ties add detectable additives to the raw materials, making them easy for equipment identification and avoiding production safety hazards in foreign object screening on food production lines.

Our own production factory is equipped with complete injection molding, testing, and inspection equipment. We can undertake large-scale standardized order production, as well as small batch sampling and non-standard specification customization for customers' niche working conditions. The technical department, based on the modified formula database accumulated by the parent company over the years, adjusts the raw material ratio according to customer requirements, taking into account parameters such as temperature, corrosive medium, load-bearing capacity, and fire resistance of the usage environment. It also fine tunes indicators such as cable tie toughness, weather resistance, and locking force as needed to make the finished product more suitable for practical use scenarios.

After being applied in the market, Kaibotai's various series of special cable ties have been gradually applied in multiple segmented fields such as new energy power batteries, chemical pipelines, rail transit, food processing, precision electromechanical, outdoor engineering machinery, etc. With the product characteristics of rich material selection and performance suitable for working conditions, it has gained stable cooperation and positive feedback from procurement customers in various industries.

In the face of future development, we will continue to leverage the industrial advantages of raw material modification and our own factories, continuously optimize the formulas and processes of various materials for cable ties, expand the selection catalog and specifications of special cable ties, focus on the subdivision track of industrial special bundling, rely on our material research and development capabilities, and continuously output bundling solutions that are suitable for various special environments for downstream manufacturing industries, helping to upgrade the precision of supporting spare parts.