Material Library
01. Aluminum Materials
Lightweight with excellent machinability and corrosion resistance. Widely used in automotive and machinery parts. Surface hardness can be improved through anodizing or powder coating, ensuring long service life.
Offers high strength and good machinability, ideal for construction and mechanical components. Anodizing or electropolishing coatings enhance corrosion resistance.
Aerospace-grade material with high strength, suitable for CNC machining. Chromate conversion coating or anodizing increases surface hardness.
Provides moderate machinability and high fatigue resistance, commonly used in aerospace applications. Protected by anodizing or chemical oxidation.
Resistant to seawater and harsh environmental conditions, lightweight. Frequently used in marine and defense industries. Anodizing ensures long-term protection.
6063 Aluminum
Ideal for architectural profiles and lightweight mechanical parts, with excellent machinability. Powder coating or anodizing provides aesthetics and protection.
2011 Aluminum
3003 Aluminum
Lightweight, corrosion-resistant, and suitable for decorative applications. Anodized or painted coatings provide aesthetic appearance and protection.
5083 Aluminum
Offers excellent seawater resistance, ideal for marine applications. Passivation or anodizing ensures long-term durability.
7070 Aluminum
Provides extremely high strength, used in aerospace and critical components. Surface hardness can be increased through anodizing.
02. Titanium Materials
Excellent corrosion resistance and ductility, ideal for chemical and defense industries. Surface protection can be achieved via passivation or PVD coating.
Moderate strength with superior corrosion resistance, used in medical and aerospace parts. Anodizing or PVD coating enhances surface durability.
Very high strength and lightweight, suitable for aerospace and defense applications. Surface hardness can be increased through nitriding or anodizing.
Provides specialized corrosion resistance for chemical and energy industries. Protected with passivation or PVD coating.
Offers moderate strength and good ductility, preferred in aerospace an
Grade 23 Titanium
Medical-grade variant of Grade 5, used in implants and prosthetics. PVD or nitriding coatings improve surface durability.
Grade 12 Titanium
Excellent corrosion resistance, suitable for energy and chemical sectors. Protected via passivation or anodizing.
Grade 19 Titanium
Provides moderate strength and durability, used in aerospace applications. Surface hardness can be increased through anodizing.
Grade 38 Titanium
High temperature resistance, ideal for specialized aerospace components. Nitriding or PVD coatings are recommended.
Grade 48 Titanium
High-strength material used in defense and space industries. Surface hardness can be enhanced through anodizing or nitriding.
03. Steel Materials
High surface hardness, suitable for shafts and gears. Carburizing or chrome plating improves durability.
Medium strength, heat-treatable, ideal for mechanical components. Surface hardness can be increased through nitriding.
High tensile strength and hardness, used in molds and machine parts. Carburizing or chrome plating enhances surface durability.
Provides high tensile and impact strength, suitable for heavy-duty applications. Nitriding or PVD coatings protect the surface.
Offers high surface hardness after carburizing, ideal for shafts and gears. Nitrocarburizing or chrome plating improves performance.
18CrNiMo7-6 Steel
High strength under heavy loads, used in gears and gearboxes. Carburizing enhances surface durability.
S235 Steel
Easy to machine, cost-effective, suitable for structural components. Galvanizing or painting improves corrosion resistance.
S355 Steel
High-strength structural steel used in construction. Galvanizing, powder coating, or PVD improves durability.
20MnCr5 Steel
Surface hardenable, suitable for gears and transmission parts. Carburizing or nitriding increases surface hardness.
17CrNiMo6 Steel
High impact resistance, used in heavy industry applications. Carburizing or chrome plating enhances durability.
04. Case-Hardened (Carburizing) Steels
Low alloy steel, hardened for gears and shafts. Carburizing or chrome plating increases wear resistance.
Medium alloy steel with high surface hardness, ideal for gear production. Nitriding or carburizing improves durability.
Suitable for gearbox components. Carburizing or chrome plating enhances durability.
Provides good wear resistance, ideal for mechanical parts. Nitriding coatings are recommended.
16MnCr5 Case-Hardened Steel
Suitable for gears and transmission components. Carburizing or nitriding increases surface hardness.
20MnCr5 Case-Hardened Steel
High wear resistance, ideal for shafts and gears. Carbide coatings improve durability.
18CrNiMo7-6 Case-Hardened Steel
Heavy-load resistant steel, suitable for gears. Carburizing increases surface hardness.
18CrNi8 Case-Hardened Steel
Provides long-lasting surface hardness, used in heavy industry. Nitriding or carburizing protects the surface.
21NiCrMo2 Case-Hardened Steel
Moderate hardness, suitable for gear manufacturing. Carburizing improves durability.
16NiCrMo12 Case-Hardened Steel
High tensile strength, used in critical gears and shafts. Carburizing or chrome plating enhances surface hardness.
05. Industrial Polymers and Plastics
High machinability and low friction, ideal for precision mechanical components and sliding systems. PTFE or PVD coatings can improve surface durability.
High wear resistance, widely used in mechanical applications. Surface protection can be enhanced with PVD or PTFE coatings.
High temperature resistance, ideal for defense and medical applications. PVD or PTFE coatings increase surface hardness.
Low-cost, lightweight, and easy to machine. Used in prototypes and general components. Painting or electropolishing improves appearance and protection.
Extremely low friction, suitable for sealing elements and precision machine surfaces. Naturally non-stick, usually does not require coating.
PVC
Easy to shape, used in piping and insulation applications. Painting or lamination enhances surface durability.
HDPE
High chemical resistance, used in pipes and tank applications. Coating or painting can improve durability.
UHMWPE
Extremely low friction and high wear resistance, suitable for load-bearing components. Coatings can provide additional durability.
PC (Polycarbonate)
High impact resistance, transparent, used in structural and protective parts. UV protection or coatings extend service life.
PP (Polypropylene)
Lightweight and chemically resistant, used in containers and housings. UV or painted coatings ensure long-term durability.