9104M10P07 – Retainer, Stg 2 Blade
Last updated: February 2, 2026
The 9104M10P07 is a retainer, stg 2 blade designed for LM2500 applications. This lm2500 base component is available from BDB Turbine Parts with worldwide shipping and competitive pricing.
Technical Specifications
| Part Number | 9104M10P07 |
|---|---|
| Manufacturer / Brand | GE |
| Category | LM2500 BASE |
| Turbine Compatibility | LM2500 |
| Availability | Available on Order |
Description
RETAINER, STG 2 BLADE
Related LM2500 Parts
Browse other LM2500 parts available from BDB Turbine Parts:
Frequently Asked Questions
What is 9104M10P07 and what is it used for?
9104M10P07 is a retainer, stg 2 blade used in LM2500 systems. It is classified under the LM2500 BASE category and is essential for maintaining optimal turbine performance and reliability.
Is 9104M10P07 available for purchase?
9104M10P07 is available on order at BDB Turbine Parts. Contact us for current pricing and availability. We ship worldwide and offer competitive pricing.
What turbine models is 9104M10P07 compatible with?
9104M10P07 is compatible with LM2500 turbine systems. BDB Turbine Parts carries a comprehensive inventory of parts for these turbine models.
Are there alternative parts for 9104M10P07?
Yes, alternative parts include: 9104M10P01, 9104M10P06. These alternatives may offer similar functionality. Our technical team can help you select the best option.
Why Choose BDB Turbine Parts?
BDB Turbine Parts is a specialized supplier of industrial gas turbine components, serving power generation facilities, oil & gas operations, and marine applications worldwide.
- Extensive Inventory: Over 17,000 part numbers for GE LM series, Speedtronic, and Woodward systems
- Quality Assured: All parts inspected and supplied with appropriate documentation and certifications
- Competitive Pricing: Direct sourcing enables competitive pricing on OEM and aftermarket parts
- Fast Delivery: Worldwide shipping with expedited options for urgent requirements
- Technical Support: Expert assistance with part identification, cross-referencing, and compatibility