M1 Small Long Screw For Watch
Pingood Fasteners carries an extensive selection of pan head screws in various sizes and configurations including stainless steel. Keep reading to learn more or contact a sales representative directly to place an order or request a sample.
M1 small long screw for watch is made from top quality stainless steel. It not only used to watches, but also glasses, sunglasses, toys and some electronic products.
Item details:
| Name | M1 small long screw for watch |
| Specification | M1x5.5 or customized |
| Material available | SUS303, SUS304, SUS410, and so on |
| Tolerance | 0.01-0.05mm |
| Surface | Polished, etc |
| Quality control | Raw material inspection, test machines, etc |
| Usage | Watches, glasses, toys, and so on |
| Drive type | Cross recessed, etc |
| Packing way | PE bags+carton |
M1 small long screw for watch details
Pingood screw factory adopts new high-precision imported fastener equipment, famous wire, and International leading production technology to produce and sell national standard and non-standard screws.
Usage of M1 small long screw for watch
Screws are indispensable industrial essentials in daily life: micro small screws are used to cameras, glasses, clocks, smartwatches, electronics, etc.; general screws are used for televisions, electricla products, musical instruments, furniture, etc.; for engineering, construction, and bridges, large screws and nuts will be adapted; traffic appliances, airplanes, traines, cars, etc. are used with both big size and small size screws.
Production details of M1 small long screw for watch
The usage of plating: The electroplated layer is more uniform than the hot dip layer and is generally thin, ranging from a few microns to tens of microns. Through electroplating, it is possible to obtain decorative protective and various functional surface layers on mechanical products, as well as to repair worn and machined workpieces.
Test step: salt spray test
One of our quality control introduction-salt spray test as below.
The salt spray test chamber uses salt spray corrosion to detect the corrosion resistance of the tested samples.
The salt spray test is an environmental test that uses artificial simulated salt spray environmental conditions created by salt spray test equipment to evaluate the corrosion resistance of products or metal materials.
The salt spray test standard specifies the salt spray test conditions, such as temperature, humidity, sodium chloride solution concentration and pH value, and also sets technical requirements for the performance of the salt spray test chamber. The methods for determining the salt spray test results include: rating determination method, weighing determination method, corrosion occurrence determination method, and corrosion data statistical analysis method. The products that need to be tested for salt spray are mainly metal products, and the corrosion resistance of the products is examined by inspection.
Our core competitivenss
FAQ:
What's your miniature size screws' warranty time?
Normally is 12 months. If you want to extend the warranty time, please inform us.
What is your delivery time of micro screws?
Samples: 7-10days
Non-standard parts: 15-25days
Mass production: 20-40days
We will make the delivery as soon as possible with the guaranteed quality.
Is there any custom service for screw fasteners?
Certainly. We produce the goods according to customers' requests.
How is the payment method of small size screws?
We can receive the money from T/T, Westen Union, Money gram, etc.
The history of screw fasteners:
The first person to describe the spiral was the Greek scientist Archimedes (circa 287 BC - 212 BC). The Archimedes spiral is a huge spiral mounted in a wooden cylinder that lifts water from one level to another and irrigates the field. The true inventor may not be Archimedes himself. Maybe he just described something that already exists. It may have been designed by the craftsmen of ancient Egypt to use the irrigation on both sides of the Nile.
In the Middle Ages, carpenters used wooden nails or metal nails to connect furniture to wooden structures. In the 16th century, nailers began to produce nails with spirals that could connect things more securely. That is a small step from this kind of nail to the screw.
Around 1550 AD, the first metal nuts and bolts that appeared as fasteners in Europe were hand-made on a simple wooden lathe.
Screwdrivers (screws) appeared in London around 1780. Carpenters found that screwing a screw with a screwdriver can fix things better than a hammer, especially when it comes to fine-grained screws.
In 1797, Mozley invented the all-metal precision screw lathe in London. The following year, Wilkinson made a nut and bolt making machine in the United States. Both machines produce universal nuts and bolts. Screws are quite popular as fixed parts because an inexpensive production method has been found at that time.
In 1836, Henry M. Philips applied for a patent for the screw of the Phillips head, which marked a significant advancement in the screw base. Unlike conventional slotted head screws, the Phillips head screw has a Phillips head screw head edge. This design makes the screwdriver automatically centered and not easy to slip off, so it is very popular. Universal nuts and bolts connect the metal parts together, so in the 19th century, the wood used to make the machine building was replaced with metal bolts and nuts.
