The term "stainless steel fork" is named after the material to distinguish the category of forks. In fact, it is a commonly used transfer fork, but it is made of stainless steel. Stainless steel offers waterproof [rust-proof], corrosion-resistant, and oxidation-resistant properties, as well as characteristics such as high-temperature resistance [low-temperature resistance] and wear resistance. Its attractive appearance and excellent performance make it an ideal transfer tool in certain special fields!
Commonly used stainless steel forks are also known as: stainless telescopic forks, stainless telescopic cargo forks, stainless telescopic pallet forks, stainless transfer forks, etc. Based on load capacity, they can be divided into three types: light-duty [light-load], medium-duty, and heavy-duty. Light-duty [light-load] stainless telescopic forks generally refer to those with a load capacity of several tens of kilograms to one or two hundred kilograms, while medium-duty stainless telescopic forks refer to those with a load capacity of several hundred kilograms. Heavy-duty stainless telescopic forks generally refer to those with a load capacity of one ton or more!   

       Structurally, they are divided into three major categories: single extension (also known as single deep), double extension (also known as double deep), and multi-extension (also known as multi-deep). Among them, single extension stainless steel forks are composed of three sections or segments of fork bodies, abbreviated as single extension forks, etc. Double extension stainless steel forks are composed of four sections or segments of fork bodies, abbreviated as double extension forks. Multi-extension stainless steel forks are composed of five or more sections of fork bodies, abbreviated as multi-extension forks! In terms of operating structure, they can be divided into single-row, double-row, or combined types. Single-row, also known as single-finger, refers to a single fork arm operating independently. Double-row, also known as double-finger, refers to two fork arms operating jointly. Combined type refers to multiple fork arms operating synchronously in combination!

Stainless steel forks feature waterproof, rust-proof, corrosion-resistant, oxidation-resistant [chemical reaction-resistant], high-temperature resistant, and low-temperature resistant properties, as well as good wear resistance and high bending strength. Due to their widespread use in high-temperature environments such as high-temperature furnaces, low-temperature environments such as cold storage, and dust-free environments in the pharmaceutical or electronic food industries [including: Class 10,000 clean environments, Class 1,000 clean environments, Class 100 clean environments], they are also known as: high-temperature environment forks, low-temperature environment forks, and dust-free environment forks!
       Anhui Jiwei Intelligent Equipment Co., Ltd. [Ma'anshan City] is a manufacturer specializing in the research, development, production, and sales of telescopic forks [transfer forks]. With a complete quality management system [holding multiple utility model patent certificates], rich design experience, and strong processing capabilities, the company independently designs and produces, with an annual manufacturing capacity of over 1,600 sets of various telescopic forks [transfer forks]. It possesses the ability to quickly complete design solutions, short-term delivery production and processing capabilities, and the emergency capability for early or rapid delivery, making it a relatively large-scale physical factory in the industry!
Friendly reminder: Stainless steel has many advantages and characteristics, but it is also a difficult-to-process material, and its manufacturing cost is relatively slightly higher. Therefore, if there are no environmental constraints or requirements for temperature resistance, waterproofing, acid corrosion resistance, oxidation resistance, etc., it is recommended to use high-strength carbon steel materials instead of stainless steel. The specific choice should be based on actual usage conditions!