SST 17-4 PH: Overview
Skorr Steel provides SST 17-4 PH, a martensitic chromium-nickel-copper precipitation hardening grade of stainless steel. SST 17- PH is also known as Type 630 and is utilized for high strength requirements and adequate corrosion resistance.
High Strength and Durability
- Though not exclusively, SST 17-4 PH is a grade primarily suited for aircraft manufacturing. FAA approved and aircraft manufacturing machine shops benefit from the durability of this grade. General line machine shops and service centers also utilize this stainless steel for its strength and moderate resistance to corrosion.
- SST 17-4 PH is a precipitation hardening grade, and a variant of SST 15-5 PH. Aircraft manufactures and machine shops also use SST 15-5 PH for its qualities as martensitic chromium-nickel-copper grade, which offers greater toughness through the thickness direction.
Skorr Steel is devoted to service and satisfaction. We can provide the answers to all of your questions about our stainless steel plate options, as well as details on:
- Expedited service availability
- Types and thicknesses in stock
- Cost and processing time
- Domestic and foreign packing
A Full Selection of Plate for Countless Applications
In addition to high strength, precipitation hardening grades, like SST 17-4 PH and SST 15-5 PH, Skorr Steel’s metal service center carries a wide range of stainless steel grades and their variations to suit specific manufacturing needs. SST 304 ELC has proven versatility through everything from aerospace to pharmaceutical application. To learn more about this grade and the many others offered by Skorr Steel, contact us. Our knowledgeable staff can expertly answer all of your questions about our inventory and services.
Grades of Stainless Steel Plate
- T15-5 PH
- T17-4 PH
- T303
- T304 ELC
- T316 ELC
- T321
- T347
- T410
- T416
- T420
- T430
- T440C
Grades of Stainless Steel Plate
Skorr Steel Co., Inc.
140 Stewart Avenue
Brooklyn, NY 11237
Tel: 718-386-9577
Fax: 718-386-9581
We accept all major credit cards.
