Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.
691～720 item / All 1549 items
Brass knurled screw with slot and flange, slender body φ10×H8, nickel-plated.
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw with slotted head and thin body φ10×H9 nickel-plated
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw, slotted and stepped, slender body φ6×H8, nickel-plated.
It is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened with a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw, slotted and stepped, slender body φ6×H10, nickel-plated
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw, slotted and stepped, slender body φ8×H8, nickel plated.
It is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU RoHS standards.
Brass knurled screw, slotted and stepped, slender body φ8×H12, nickel-plated.
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw, slotted and stepped, slender body φ8×H15, nickel plated.
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw, slotted and stepped, slender body, φ10×H10, nickel plated.
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled screw, slotted and stepped, slender body φ10×H15, nickel plated.
This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass knurled nut with flange, through hole, fully threaded, nickel plated.
This is a knob-shaped nut that can be tightened by hand. It is suitable for securing areas where covers and lids are frequently attached and detached. It is compliant with EU-RoHS standards.
Brass knurled nut, stepped and bag-shaped, gold-plated.
This is a knob-shaped nut that can be tightened by hand. It is suitable for securing areas where covers and lids are frequently attached and detached. It is compliant with EU-RoHS standards.
Brass knurled nut with flange, bag type, gold-plated
This is a knob-shaped nut that can be tightened by hand. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.
Brass Hex Nut Type 2 Nickel Plated
This is a type of JIS annex standard (double-sided). It has excellent electrical conductivity and is suitable for use with both high and low voltage equipment and conductive parts. It has excellent corrosion resistance due to nickel plating. It is compliant with EU-RoHS standards.
Brass rosette washer nickel plated
This is a washer for flat head screws and round flat head screws. It is also called a serrated washer. When using flat head screws, it is necessary to perform "saguri processing" on the counterpart material, but by using a rosette washer, flat head screws can be used without processing, thus eliminating that step in the manufacturing process. It can also be used in combination with round flat head screws for decorative purposes. This is a rosette washer made from machined brass material.
Custom-sized flat washers (flat washers) made of iron with selectable shape and thickness / electroless nickel plating.
This is the "special-sized flat washer" series developed with a wide range of options for outer diameter and thickness compared to conventional flat washers. It stabilizes the screw head when the hole diameter of the material being fastened is larger than the screw. By increasing the surface area of the screw head, it enhances the contact with the material. It is also referred to as a washer or flat washer. It is compliant with EU-RoHS standards.
Outer diameter and thickness can be selected! Brass custom flat washers (flat washers) / nickel plated
This is the "special-sized flat washer" series developed with a wide range of options for outer diameter and thickness, in contrast to conventional flat washers. When the hole diameter of the material being fastened is larger than that of the screw, it stabilizes the screw head. By increasing the surface area of the screw head, it enhances the contact with the material. It may also be referred to as a washer or flat washer.
The crystalline structure has high corrosion resistance due to the amorphous non-pit and non-pin hole coating.
The ultra-corrosion-resistant electroless nickel plating has an amorphous crystal structure and a coating that is free of pits and pinholes, providing high corrosion resistance. Our ultra-corrosion-resistant electroless nickel plating contains no heavy metal additives, resulting in an almost completely amorphous structure, which offers even higher corrosion resistance than conventional electroless nickel plating with a high phosphorus content. When applied correctly, it exhibits complete corrosion resistance to acids, alkalis, seawater, chemicals, petroleum, various hydrocarbons, and solvents. In this regard, it is far superior to pure nickel and chrome alloys. For more details, please download the catalog.
Due to the properties of fluorine (PTFE), it exhibits high functionality such as non-stickiness, release properties, and lubricity.
The non-electrolytic nickel Teflon coating "Fluorube" exhibits high functionality such as non-stick properties, release properties, and lubricity due to the characteristics of fluorine (PTFE). The particle size of the contained fluorine resin (PTFE) is less than 1μm, achieving uniform adhesion and an aesthetically pleasing finish. For more details, please download the catalog.
The W effect of hardness and uniformity! Ideal for wear-resistant parts with complex shapes.
Electroless nickel-boron plating has excellent solderability and a slow deactivation rate of the coating, so there is no decline in solderability after long-term storage. While conventional electroless nickel plating oxidizes at 350°C for 30 minutes, electroless nickel-boron plating does not oxidize even at 450°C for 30 minutes. It achieves a hardness of HV1000 (during heat treatment), which is harder than hard chrome plating. The hardness during plating deposition is about Hv750, and it can be uniformly plated on complex-shaped products that require wear resistance, making it a suitable alternative to hard chrome plating for molds and mold components. For more details, please download the catalog.
Compliance with WEEE and RoHS directives; environmentally friendly.
Lead-free electroless nickel plating is an electroless nickel plating that is completely free of lead, achieving a reduction in environmental impact. It has excellent corrosion and wear resistance. The coating thickness is uniform and can be evenly applied to the inner surfaces of complex-shaped parts. For more details, please download the catalog.
Electrical conductivity is the best in metals! Due to the deposition of a high-purity film, it has conductivity equivalent to pure silver.
Silver plating has excellent electrical conductivity among metals and is the best among them. A high-purity (99.99% purity) coating is deposited, providing conductivity equivalent to pure silver. We specialize in silver plating for communication equipment components, aircraft, electronic device parts, and connectors that require electrical properties. It also has excellent thermal conductivity, and we can accommodate thick silver plating as well. For more details, please download the catalog.
Tin plating processing, from single pieces to mass production, is our specialty.
Tin plating (tin coating) refers to the process of covering a product with a thin layer of tin. The advantages of tin plating include its low melting point of 231.9°C, which makes it excellent for soldering in industrial applications. It is widely used in automotive-related products. We offer three types of tin plating (Sn plating) based on the specifications and applications required by our customers. We have glossy, semi-glossy, and matte tin plating available, each with functional differences in appearance, hardness, uniform electroplating properties, and adhesion. We look forward to your inquiries and requests regarding tin plating processing.
Reduce strength and contact resistance. Improve high-frequency characteristics.
The latest technology, rhodium nanotube plating, has a hard surface hardness and is increasingly being adopted for long-lasting contacts. In recent years, research has been conducted on methods such as carbon nanotube plating to reduce high-frequency resistance, and its use in creating MEMS contacts on silicon wafers has surged. For more details, please contact us or refer to the catalog.
It is possible to clearly engrave on materials such as metal, stone, and synthetic resin with the same feeling as writing on paper with a marker pen.
There is almost no vibration at the hand. A drop of oil per day is sufficient for lubrication. Due to its very simple structure, it is not affected by moisture or dirt in the air. The frequency is 36,000 strokes per minute, which is three times the frequency of other pens.
Orderable in increments of 1/100mm for plating thickness; high-quality hard chrome plating.
- Round and angular items, inner and outer diameters, partial plating is also possible. - Plating is done with a precision of 1/100 mm. Unless specifically required, a plating thickness of about 20 to 30 μm is sufficient. We can also consider options based on your application. - Our company is capable of machining and polishing, allowing for a smooth completion of products. *If you would like more details or have any requests, please feel free to contact us.
Revitalize and reuse shafts and rods with scratches and dents to save time and costs!
- When overhauling hydraulic cylinders and similar components, there may be scratches or dents on the shafts or rods upon disassembly. Our company can take such items from customers, remove the scratches and dents through polishing, and then re-plate them to restore them to their original dimensions. We can also perform re-polishing and re-plating on products other than shafts, rods, and hydraulic-related items. - Our company is equipped with machining facilities, so we can also make corrections and additional machining outside of the plating areas. *If you would like more details or have any requests, please feel free to contact us.
Solutions for plating processing challenges!
Q. What are the dimensions of the hard chrome plating tank? A. We have two tanks: one measuring 1.8m in width, 3.8m in length, and 2.4m in depth, and another measuring 1m in width, 2m in length, and 1.5m in depth. Q. What is the maximum thickness that can be applied for hard chrome plating? A. It depends on the customer's request, but typically we perform standard plating (dimensioning) and thick plating. There are also methods to finish by performing other processes (polishing). Q. Can it be applied to any material? A. Mainly to iron, cast iron, stainless steel, etc., but for more details, we will respond via email or phone. Q. Can hard chrome plating be applied partially? Is it only for new products? A. It can be applied partially. Additionally, we welcome not only new products but also overhauled items. We apply it to various shapes of molds as well. Q. Sometimes the color tone of hard chrome plating appears milky white; why does this happen? A. If the plating conditions are the cause, it may occur when there is a poor balance between temperature and current. Additionally, the shape can also lead to a milky white appearance.
Electroplating
Introducing Photo Precision Co., Ltd., which contributes to prototyping and development in various fields, including microelectronics and optical products, with photofabrication as a core technology. This is an introduction to "Electroplating." Processing that involves placing a substrate in an aqueous solution containing ionized metal and passing electricity through the liquid to deposit metal onto the surface of the substrate. ■□■ Features ■□■ ■ Introduction of a plating system compatible with 6-inch wafers ■ While film formation by vapor deposition is usually less than 1μm, plating can form films of several μm ■ Suitable for processing three-dimensional shapes ■ As a metal film, it can be used for circuit formation requiring specific film thicknesses or as a sacrificial film for lift-off, and it is also possible to form fine bumps by raising part of the pattern ■ For other functions and details, please download the catalog or contact us.
Introduction of a plating system compatible with 6-inch wafers! Processing technology capable of forming films of a few micrometers.
"Electroplating" is a processing technology that involves immersing a substrate in an aqueous solution containing ionized metal and passing electricity through the liquid to deposit metal onto the surface of the substrate. Film formation by vapor deposition is usually less than 1μm, but plating can form films of several micrometers. Additionally, there is a technique called "semi-additive method" that utilizes this technology to create fine plating patterns. [Features] - Electricity is passed through the liquid to deposit metal on the surface of the substrate. - Can be used in precision processing fields to increase the thickness of metal films. - Capable of forming films of several micrometers. - Applicable to the "semi-additive method" for creating fine plating patterns. - A plating system compatible with 6-inch wafers has been introduced. *For more details, please refer to the catalog or feel free to contact us.
Achieve direct electroless plating with high adhesion, reduced lead time, and cost reduction!
We have achieved direct electroless plating without the need for a base film such as vapor deposition or sputtering on film substrates, resulting in high adhesion, reduced lead times, and cost savings. Additionally, we can form patterns through etching after plating upon request. Hōwa Sangyō is prepared to assist in research and development for industries with such applications, accommodating even single prototype requests, so please consult us for prototype development. For more details, please contact us or refer to our catalog.
