Sterling BC90-150 - Bar Clamp/Spreader 150mm

Description:

The Sterling BC90-150 Bar Clamp/Spreader is a versatile tool engineered for tradesmen requiring reliable and efficient clamping and spreading solutions. With an overall length of 150mm and a maximum opening of the same, it delivers a robust clamping force of 150kg, suitable for heavy-duty applications. The clamp features cushion grips and tips for secure holding and protection on soft materials, alongside ergonomic nylon handles for a comfortable grip.

Its innovative design allows for easy conversion to a spreader, thanks to a simple jaw release mechanism, making it a dual-purpose tool for various tasks. The premium induction-hardened, solid carbon steel bar ensures maximum rigidity and durability. Equipped with clamp pads that grip firmly and distribute clamping force evenly and a quick-release trigger for one-handed operation, the BC90-150 is ideal for tradesmen looking for a tool that can handle both clamping and spreading with ease.

Features:

• 150kg Clamping Force: For secure, heavy-duty clamping.
• Cushion Grips and Tips: Protects materials and provides a firm grip.
• Ergonomic Handles: Comfortable grip for extended use.
• Converts to Spreader: Easily switches function for versatile use.
• Induction-Hardened Steel Bar: Ensures rigidity and long-lasting performance.
• Quick-Release Trigger: Allows for simple, one-handed operation.
• Maximum Opening of 150mm: Accommodates a wide range of tasks.

FAQ:

Q: Can it be used on delicate materials?
A: Yes, cushion grips and tips ensure soft materials are securely clamped without damage.

Q: How does it convert to a spreader?
A: A simple jaw release mechanism allows for quick conversion to a spreader, enhancing its versatility.

Q: Is it suitable for one-handed operation?
A: Absolutely, the quick-release trigger is designed for easy one-handed use, making it convenient for various tasks.

Q: What makes it ideal for heavy-duty use?
A: The 150kg clamping force and premium solid carbon steel construction make it robust enough for demanding applications.