1. Product core introduction
We are proud to present our 304 stainless steel flat head Phillips machine screws for home DIY enthusiasts, which are a great help for all kinds of home projects. Available in a wide range of sizes from M1 to M2.5, and in lengths from 3mm to 60mm, these screws are designed to precisely meet your unique needs in different DIY scenarios.
The 304 stainless steel material gives these machine screws excellent performance and strong corrosion resistance, even in wet or corrosive environments, they can maintain a stable structure and performance for a long time, ensuring that your DIY works last for a long time. Whether you are building exquisite small furniture, repairing everyday household items, or doing creative crafts, these machine screws can provide a reliable and tight connection to protect your DIY journey.
2. The main characteristics of the product
High-quality 304 stainless steel material: Selected 304 stainless steel, this material not only has good corrosion resistance and can resist the erosion of water vapor and salt in daily life, but also has high strength and is not easy to be deformed or broken, which ensures that the screws maintain a stable and reliable performance during long-term use and provides a solid foundation for your DIY projects.
Precise specifications: Covering a variety of metric specifications such as M1, M1.2, M2, M2.5, etc., with lengths ranging from 3mm to 60mm accurately graded to meet your fastening needs for materials of different thicknesses and sizes. Whether it is fine electronic equipment shell fixing, or thicker wood, metal plate connection, you can find the right specifications to ensure that the screws and the fixed objects perfectly match, to achieve a tight and stable connection effect.
Flat head Phillips design: With the flat head design, the head of the screw can be flush with the surface of the workpiece or slightly lower than the surface after installation, which is not only beautiful but also avoids scratching or obstruction caused by the raised head of the screw. The Phillips slot design is convenient for you to use common Phillips screwdriver for quick and easy installation and removal operations, no need for complicated tools, easy to deal with a variety of DIY tasks.
Exquisite surface treatment: After fine surface treatment process, the screw surface is smooth and flat, no burrs, no defects, which not only enhances the aesthetics of the product, but also reduces the damage to the fixed material during the installation process, and further enhances its corrosion resistance to ensure that it always maintains a good appearance and performance status in long-term use.
3. Product use scene
FURNITURE ASSEMBLY: When assembling wooden tables, chairs, cabinets, bookshelves and other furniture, these machine screws can provide a solid connection. For example, for thin wood board splicing, M1 or M1.2 screws can be precisely fixed to avoid cracking of the boards; while in connecting table legs and table tops and other parts that need to bear a certain amount of weight, M2 or M2.5 screws can ensure the stability of the structure, so that your furniture is sturdy and durable, and add warmth and comfort to the home environment.
Home Maintenance: When the door and window hardware at home is loose, electrical appliances need to be fixed or other daily necessities have problems such as parts falling off, 304 stainless steel flat head Phillips machine screws are your good helper for maintenance. Its corrosion-resistant properties are suitable for all kinds of environments, whether it is a wet environment in the kitchen or a dry environment in the living room, it can reliably complete the maintenance task and prolong the service life of household items.
Handmade Creative Production: For DIY enthusiasts who like to create by hand, these machine screws are the key element to realize their creativity. Whether you are making metal crafts, wooden ornaments or small mechanical devices, you can choose the appropriate specifications according to the design requirements, and skillfully connect various materials together to create unique and personalized works, showing your creativity and hands-on ability.
4. Product use instructions
Choose the right specification: Before use, please carefully choose the right specification of machine screws according to the needs of your DIY project and the thickness and hardness of the material to be fastened. Make sure that the diameter and length of the screws can meet the fastening requirements, neither too short to cause a weak connection, nor too long to penetrate the material or cause unnecessary waste.
Preparation tools: You only need to prepare a suitable size Phillips screwdriver. Make sure that the screwdriver's bit closely matches the screw's Phillips slot to avoid damaging the screw slot or the screwdriver's bit during installation.
Installation Steps:
Align the screws with the area to be secured and gently rotate the screwdriver so that the screws initially enter the threaded holes. Be careful to keep the screw perpendicular to the surface to be fixed to avoid tilting the installation resulting in thread damage or poor connection.
Slowly rotate the screwdriver and gradually tighten the screw. During the tightening process, apply force evenly to avoid over-exertion resulting in broken screws or damage to the material being secured. For some thinner or softer materials, washers can be used appropriately to increase the contact area, disperse the pressure and prevent material deformation.
Determine the degree of screw tightening according to the actual situation. Generally speaking, in application scenarios such as furniture assembly that require a certain amount of weight to be borne, it should be ensured that the screws are tightened to the point where they can provide sufficient friction and tension, but it is also necessary to avoid over-tightening that can lead to material rupture or thread slippage. In some handcrafted projects that require higher precision, the tightening of the screws can be precisely controlled according to the design requirements in order to achieve the best assembly results.
