Viking Hensley-Style X156WT-CT Twin Tiger Bucket Tooth w/ 156LPN Flexpins, 5PK

Upgrade your digging and excavation experience with Viking’s Hensley-Style X156WT-CT Twin Tiger Bucket Teeth w/ 156LPN Pin for 156 Series from us. These twin tiger bucket teeth are ideal for excavation, digging, and breaking hard soil, gravel, rocks, and other similar applications. These bucket teeth are suitable for skid steers, excavators, and other ground-engaging machines for penetration and related jobs. Find the other necessary details about this product below: Compatibility: These bucket teeth are compatible with all existing Hensley-style 156 Series teeth and adapters. They integrate seamlessly with a wide variety of heavy-duty equipment, ensuring versatile functionality for challenging digging and excavation tasks. Size: These twin tiger bucket teeth are 5-3/4 in long and 2-1/2 in wide. It has a front width of 2-3/16 in, a back width of 2-3/16 in, and a front height of 1-5/8 in. The 156LPN Pin included with the bucket tooth is designed for secure attachment and measures 2-1/4 in long with a 3/8 in diameter. Material: We manufacture our bucket teeth using alloy steel material which makes them resistant to demanding environments, long-lasting, and strong. Application: The twin tiger bucket teeth are ideal for applications such as penetrating hard soil, rocky surfaces, and frozen ground. They can be used for excavation and trenching applications, digging, mining, quarrying, and demolition activities. Easy Installation: Align the X156WT-CT Twin Tiger Tooth with the Hensley adapter. Insert the included 156LPN pin through the designated holes. Secure the pin with a hammer or mallet. Verify that the tooth and pin are tightly secured before use. Safety Guidelines: Ensure teeth are securely fastened before operation. Regularly inspect for wear, damage, or improper fit. Avoid overloading the bucket or using it on unsuitable materials. Maintain a safe distance from moving equipment. When to Replace the X156WT-CT Twin Tiger Bucket Teeth: If the tooth tips are worn, reducing penetration efficiency. When cracks, chips, or other structural damage are visible. If the teeth become loose even after securing the pin. After extensive use in highly abrasive conditions that thin the material. If uneven wear causes imbalances during operation.