Aobo Steel 1.2436 Tool Steel – Durable High-Carbon Steel for Cold Work Applications

Aobo Steel supply 1.2436 tool steel for your project

For businesses seeking a dependable 1.2436 tool steel supplier, Aobo Steel offers a comprehensive range of solutions. If you are looking for high wear resistance in tool steel, then 1.2436 steel is an excellent choice. Specifically, 1.2436 steel is a chromium-rich, cold-work tool steel engineered for extreme durability. In fact, this high-carbon steel provides 3-4 times the wear resistance of typical low-alloy steel. Furthermore, it offers excellent hardness, toughness, and dimensional stability, making it ideal for demanding tooling applications.

Aplicativos

1.2436 tool steel is widely used, especially to make cold work molds with large cross-sections and complex shapes. These molds are often subjected to significant impact forces and require high wear resistance. Applications include silicon steel punching dies, thread rolling dies, and drawing dies.

1.2436 is primarily suitable for medium-load stamping dies. It excels at punching stainless steel, copper, silicon, and aluminum.
1.2436 is commonly used for stainless steel and silicon steel sheet stamping dies under medium load. It is also effective for deep cup part stamping dies.

Cold Forming Tools: Aobo Steel – 1.2436 Steel Supplier

For robust cold-forming tools, rely on Aobo Steel, your 1.2436 steel supplier. 1.2436 steel provides high compressive strength for demanding forming operations. Select Aobo Steel, the 1.2436 tool steel supplier, for reliable forming tools.

1.2436 steel overview

Chemical composition

C (Carbon)	Si (Silicon)	Mn (Manganese)	P (Phosphorus)	S (Sulfur)	Cr (Chromium)	W (Tungsten)
2.00% – 2.25%	0.10% – 0.40%	0.15% – 0.45%	≤0.030%	≤0.030%	11.0% – 12.0%	0.60% – 0.80%

Heat treatment

1. Recozimento suave

Finalidade: Reduzir a dureza e melhorar a usinabilidade.

Temperatura de aquecimento: 780-820°C
Tempo de espera: 2 a 4 horas (dependendo do tamanho da peça)
Método de resfriamento: Resfriamento no forno a 500°C e, em seguida, resfriamento ao ar
Dureza após o recozimento: ≤ 229 HB

2. Resfriamento

Objetivo: obter alta dureza e resistência ao desgaste.

Temperatura de pré-aquecimento: 600-650°C (para reduzir o estresse térmico)
Temperatura de austenitização: 950-980°C
Tempo de retenção: 30 minutos por 25 mm (espessura da peça de trabalho)
Meio de resfriamento: Óleo ou ar
Dureza após a têmpera: 62-64 HRC

3. Têmpera

Finalidade: Aliviar a tensão de têmpera e melhorar a tenacidade.

Temperatura de revenimento: Selecionada com base na dureza desejada (consulte a tabela abaixo)
Tempo de espera: 2 horas por 25 mm (espessura da peça de trabalho)
Método de resfriamento: Resfriamento a ar

Temperatura de revenimento (°C)	Dureza (HRC)	Aplicativo
150-200	60-62	Alta resistência ao desgaste
200-300	58-60	Resistência ao desgaste e tenacidade equilibradas
300-400	55-58	Alta resistência

Deep Drawing Tools: Aobo Steel – 1.2436 Supplier

Consider Aobo Steel, a dependable supplier of 1.2436 steel for demanding deep drawing tools. This steel is tough and wear-resistant for deep drawing applications—partner with Aobo Steel for durable tooling.