The Precision Thin Metals division of Arnold Magnetic Technologies produces thin and ultra-thin gauge metal strip and foil products. These products are created from a wide range of non-magnetic alloys as well as permanent and soft magnetic materials. Our technologically advanced, precision rolling facility and skilled workforce has the expertise and capability to roll, anneal, and slit materials that require special handling. Such materials include titanium, nickel, and constant expansion alloys, as well as a wide range of magnetic alloys.
How Thin is Thin?
Thinness is a relative term and we’re often asked how we categorize the end-product's thinness or gauge. We define thin and ultra-thin this way:
0.060" to 0.0005"
1.524mm to 0.013mm
Ultra-Thin / Foil
0.00049" to 0.000069"
0.01245mm to 0.00175mm
Our line of ultra-thin magnetic and non-magnetic alloys include:
- Arnon Silicon Steel
- Stainless Steel
- Nickel Irons & Soft Magnetics
- Carbon Steel & Alloy Steel
PTM’s thin and ultra-thin materials are commonly found in:
- Aerospace and military applications
- High efficiency motors
- Advanced transformer designs
- Electron beam processing equipment
- HVAC systems for smart buildings
- Security tags
- Sensing applications
- High temperature strip and metal tape wound core products
For many applications there are performance, weight, and efficiency advantages of using thinner metals. For example, when Arnold’s ultra-thin ARNON Electrical Steels is utilized in high performance motors rotating in excess of 50,000 revolutions per minute (RPM), the motors have performed up to a 97% efficiency rate.
Performance Testing & Evaluation
Arnold’s Precision Thin Metals team stands behind our ability to achieve optimized performance of our Silicon Steels and other precision thin materials utilized in your design. Our extensive in-house laboratory and testing facilities enable us to fine-tune grain structure, for example, so that our customers achieve top performance materials at a favorable price point.
Arnold's advanced materials lab also allows us to test and assess mechanical characteristics to determine how the product is handled, stamped, and cut.