Pellets de troqueles de cabeza fría
Cold Heading Dies Pellets, also called as carbide forging dies, are used for mold pellets in the field of chemistry, food, machinery, architecture, etc. Meetyou Carbide manufacture all kinds of tungsten carbide cold heading dies.
Cold heading is a manufacturing process that uses high-speed part formers to shape wire into intricate parts. These machines can produce 400 pieces per minute and can transform a simple piece of wire into a highly detailed part. The process involves putting a defined length of wire into a die that extrudes the wire into the desired shape.
The dies are heavier than punches and must be designed to withstand high loads. Cold headers typically use a radial extrusion die to increase the flow pattern of wire through the die. These dies generally require wire that is at least two times larger than the finished shank diameter. The wire is then extruded through the die until it reaches the diameter of the shank, which is upset to the dimensions of the head.
Another process used to manufacture cold headed parts is reverse extrusion. The metal is forced through the die using high pressure and a large screw. This method is more economical if large quantities of parts are manufactured. In addition, hydrostatic extrusion allows complex parts to be produced in one station. The process is also environmentally friendly, creating less scrap and resulting in a cleaner work environment.
A cold heading machine also requires a specific cutting method to cut off the coil. This method is different for each brand, but generally includes a cut-off knife that strikes the wire in a defined direction. In addition, some cold header machines have several parts that help in the process.
More than 800 kinds of sizes are available with accurate dimensions, coarse and fine grain size, and the polished surface can also be provided.
Sinterización
CADERA.
Los hornos HIP avanzados controlados por computadora se aplican para proporcionar más presión durante el proceso de sinterización con el fin de obtener una estructura más densa.
Polvo
Excelente.
Seleccionamos y controlamos cuidadosamente la excelente calidad de nuestros polvos crudos. La tecnología de secado por pulverización en polvo garantiza la uniformidad de distribución de partículas.
Procesando
En casa
Ofrecemos a los clientes una amplia gama de servicios de procesamiento en el sitio, incluyendo rectificado sin centro, rectificado cilíndrico CNC, rectificado interno CNC, electroerosión por hilo y grabado por láser, etc.
OEM Servicio personalizado
Podemos desarrollar calificaciones según sus requisitos y hacer la misma forma que su dibujo. El marcado láser y el paquete neutral también están disponibles para sus beneficios.
El grado
Grado | Densidad | TSR | Dureza | Tama?o de grano |
KN151 | 13.88 | ≥3200 | ≥86.5 | 2~3 |
KN152 | 13.8 | ≥3000 | ≥86 | 3~6 |
KN201 | 13.55 | ≥3200 | ≥83.8 | 3~6 |
KN202 | 13.4 | ≥3200 | ≥85.2 | 2~6 |
KN221 | 13.38 | ≥2700 | ≥82.5 | 6~9 |
KN251 | 13.15 | ≥2600 | ≥81.5 | 6~9 |
KN151 Adecuado para moldes de alta resistencia al desgaste con peque?a reducción de diámetro
KN152 Diámetro interno Φ2.1 y debajo de la tuerca y el tornillo mueren para acero inoxidable.
KN201 Adecuado para moldes para hacer una barra recta, tornillos, tuercas, sujetadores de alto impacto, etc.
KN202 Diámetro interno Φ2.1 y superior troquel de tuerca y tornillo para acero inoxidable. KN221 Sujetador de alto impacto, troqueles formadores de tuerca
KN251 Adecuado para sujetadores de alto impacto Moldes de tuercas para cargas pesadas。