CTA 9037 Differential Plug Extractor, 1/2" with 3/8" Square Hole, Removes Female-Style Plugs with Rounded Inserts
- The CTA 9037 Differential Plug Extractor is engineered to efficiently remove female-style differential plugs with rounded-off inserts. Designed for professional automotive technicians and DIY enthusiasts, this tool ensures the safe and effective extraction of stubborn differential plugs.
- Features:
- Specifically designed for removing female-style plugs with rounded inserts
- Compatible with 1/2" plugs featuring a 3/8" square hole
- Constructed from durable materials for longevity and reliability
- Compact design allows for easy handling and storage
- Specifications:
- Manufacturer: CTA
- Part Number: 9037
- Product Type: Differential Plug Extractor
- Compatible Plug Size: 1/2 " with 3/8" square hole
- Material: High-quality steel
- Dimensions: 4.25 x 1.75 x 1 "
- Country of Origin: Taiwan
- The CTA 9037 Differential Plug Extractor can also be referred to as differential drain plug remover, rounded plug extractor, differential service tool, plug removal tool, and automotive plug extractor.
CTA Manufacturing is a leading manufacturer of professional automotive specialty tools, offering a wide range of high-quality products designed to meet the needs of automotive technicians and enthusiasts worldwide.
Q: What types of differential plugs is the CTA 9037 designed to remove?
A: The CTA 9037 is specifically designed to remove female-style differential plugs with rounded-off inserts, particularly 1/2" plugs with a 3/8" square hole.
Q: Is this tool suitable for use on all vehicle makes and models?
A: While the CTA 9037 is designed for 1/2" differential plugs with 3/8" square holes, compatibility may vary across different vehicle makes and models. It's recommended to verify the plug specifications of your vehicle before use.
Q: How durable is the CTA 9037 Differential Plug Extractor?
A: Constructed from high-quality steel, the CTA 9037 is built for durability and reliable performance in professional automotive environments.
