Hot Rolled & Forged Alloy Steel Bars
As the ORIGINATOR and sole supplier of FLEXOR® it is important that we stock a large variety of hot rolled and forged alloy steel bars sizes for our valued customers. FLEXOR® is produced in large heat lots typically 50 tons or larger. All of our FLEXOR heats are vacuum degassed, electric arc furnace, ladle refined melts from bottom-poured ingots. Final forms are produced from either hot rolling or hot forging. As FLEXOR® (CrMoW) is a proprietary steel of PSC, it demands we maintain the strictest quality standards for unsurpassed consistency. The FLEXOR chemistry has been engineered to balance good machinability with maximum mechanical properties.
![hot rolled & forged alloy steel bars](assets/images/buckets/bucket-hotrolled.png)
FLEXOR® Standards
All FLEXOR® heats are DFARS compliant and produced per the following standards:
- ASTM A29
- ASTM A370
- ASTM E112
- ASTM E45
- ASTM A388
- ASTM 2301
- ASTM E23
- ASTM A322
- DIN 1013
Contact our team today and learn how FLEXOR® is the superior alternative to other alloy steels.
Contact Our Team TodayFLEXOR® Outperforms 4330V
In recent tests FLEXOR® has been compared to 4330V for high torsional loading and wear resistance in the Oil and Gas Drilling Industry. FLEXOR® has proven to have high toughness even in elevated hardness (40+HRC).
In a typical mud motor, previous drive shafts were known to have abrupt failures causing down and additional tooling issues. The FLEXOR® drive shaft bent and kept performing until it was discovered on a routine maintenance evaluation.
- FLEXOR® had a higher toughness (even in elevated hardness
- FLEXOR® had the longer performance
![<b>FLEXOR®</b> Outperforms 4330V](/assets/images/buckets/oil-and-gas-case-study.jpg)
FLEXOR® Used as an Alternative to 300M and 9310
The Performance Racing Industry is finding FLEXOR® to be an excellent alternative to other higher alloy more costly alloys such as 300M and 9310. FLEXOR® has been used in transmission components by many well known manufacturers where toughness and strength are paramount.
![<b>FLEXOR®</b> Used as an Alternative to 300M and 9310](/assets/images/buckets/performance-racing-case-study.jpg)
FLEXOR® Withstands Heavy Loads and Wear Resistance
In the closed die forging business a tough supportive wear resistant bolster is required to support the millions of cycles and excessive cyclic tonnage loads. FLEXOR® has been unsurpassed in the carburized condition at withstanding heavy loads and wear resistance.
![<b>FLEXOR®</b> Withstands Heavy Loads and Wear Resistance](/assets/images/buckets/performance-racing-case-study.jpg)