Stainless Steel Honeycomb Core
Welded stainless steel honeycomb core, used on a wide range of application scenarios, provides the better performance and stability when compared against other glue-bonded honeycomb cores.
It can be widely used as honeycomb ventilation panels, dust-filter, flow straightener in wind tunnel or water tunnel, water jet cutting machines, electromechanical platform, train doors and floors, laser cutter machines, etc. In petroleum industry, stainless steel honeycomb core is often used for flow measurement.
Tool accuracy, raw material quality and the welding process are crucial factors to produce the high-quality steel honeycomb core. In addition, brazing is often used if need the strict bonding requirements
Characteristics
- Excellent specific stiffness and strength.
- Excellent durability and flatness
- Corrosion Resistant
- Fire and Fungus resistant
- Efficient electromagnetic shielding function
SPECIFICATION
| Type | Stainless Steel | ||
| Cell Size | 1.6, 3.2, 6.9 , 5.2, 10 , 20 | ||
| Core thickness | 5-80mm | ||
| Standard size(mm) | 300×300, 600×600, 900×900, 1200×1200, 1200×2400 | ||
| Standard thickness（mm） | 6.35, 12.7, 25.4, 30, 40, 45 | ||
| Wall thickness | 0.08mm, 0.13mm, 0.15mm | ||
| Surface treatment |  |
 |
 |
| thin steel honeycomb | nickel steel honeycomb | passivation steel honeycomb | |
APPLICATIONS
Steel honeycomb can be applicable in various high temperature, shielding, ventilation, uniform wind and other related products. Some of the most widespread products are as follows:
Used as ventilation and EMI shielding, steel honeycomb is widely applied in shielded rooms, microwave anechoic rooms, military cabinets, medical equipment, electronic communications, chemical engineering, etc.
Steel honeycomb has a high-efficiency electromagnetic shielding function, and the metal honeycomb device has a simple structure, light weight, and high strength.
Because of the advantage of flatness, high temperature resistance, steel honeycomb is used as laser cutting machine working table.