CP Pistons 9310 steel piston pin / wrist pin (B-serie engines)
90% of the products in our store are in internal or external stock and we can often process your order quickly (varying from a few hours to a number of business days).
Naturally it is possible that a product has an (unexpected) longer delivery time.
Upon receipt of your order, we will always inform you about this and offer any available alternatives. So keep a close eye on your mailbox.
We deliberately provide stock information about our products afterwards, because many suppliers do not offer a ''stock link system'' and we do not want to show '' estimates '' in advance, like many other webshops do (which are often incorrect and give you wrong information in advance). We only want to give our customers actual information on the moment of processing the order so we don't mislead our customers.
If you need a product VERY quickly and you need to be sure that we have it in stock, please e-mail or call us or send a message via ''ask a question about this product'' below in the product description.
CP-Carrillo 9310 steel wrist pins are the made from case-hardened and cryogenically-treated 9310 steel. These high quality Pins are ISO 9000 and QS 9000 certified and are statistical process control (SPC) is fully implemented throughout the manufacturing process. Each 9310 steel wrist pin is 100% Rockwell tested to ensure hardness and quality. CP-Carrillo 9310 steel wrist pins are a very popular upgrade for high horsepower street and race applications around the world.
Sold individually.
| Product specifications | |||||
|---|---|---|---|---|---|
| Part Number | Material | Diameter (in) | Length (in) | Wall Thickness (in) | Pin End Style |
| 827-2250-25CP3C | 9310 | 0.827" | 2.250" | 0.25" | Chamfered |
Features
- 100% Rockwell tested
- Case hardened (computerized gas process)
- Gun drilled I.D.’s with 3 stages of I.D. honing
- Weight tolerances +/- 1 gram
- Precision ground ends with I.D. radius
- Cryogenically treated (subzero heat-treating process) for improved material strength and grain structure
