5inx2 5/16in Viking's Skid Steer Long Bucket Tooth For Style X156L Series Tooth

Get Viking's Skid Steer X156L Long Bucket Tooth For Hensley 156 Series from Our Products. This casted long bucket tooth is designed for heavy-duty tasks such as excavation, digging, or piercing through hard materials efficiently. They can fit skid steers, loaders, and mini excavators. Below are the necessary details about This product: Compatibility: This bucket tooth is compatible with all existing Hensley-style 156 Series teeth and adapters. They fit various machinery, including skid steers, loaders, backhoes, and mini excavators, making them versatile for different tasks and equipment brands. Size: Our bucket tooth is available in length of 5 1/4in. The front width of This bucket tooth is 2 1/16in, back width is 2 3/16in, back height is 1 3/4in, and front height is 1 5/8in. Material: We manufacture our bucket tooth using alloy steel material which makes it resistant to demanding environments, long-lasting, and strong. Application: This bucket tooth can be used for applications such as excavation, digging, and other similar ground engagement tasks. It is suitable for equipment such as skid steers, backhoes, mini excavators, and loaders from different brands. It can be used for construction, demolition, and other heavy-duty applications. Easy Installation: Align the tooth with the adapter. Now, insert the flex pin (sold separately) through the designated holes, and secure the pin using a hammer or mallet. Verify that the tooth and pin are tightly secured before operation. Safety Guidelines Ensure teeth are securely fastened before use. Regularly inspect for wear, damage, or improper fit. Avoid overloading the bucket or operating on unsuitable materials. Maintain a safe distance from moving equipment. When to Replace the X156L Bucket Tooth When the tip or length is worn, reducing digging efficiency. When any chips, cracks, or structural damage is visible. When the tooth becomes loose, even after securing the pin. After extended use in abrasive conditions, leading to material thinning. If uneven wear causes operational imbalances.