ACT Heavy Duty Pressure Plate

1993 Ford Probe

Part #: MZ015

Overview

The ACT Heavy Duty Pressure Plate for the 1993 Ford Probe is a high-performance clutch component designed to deliver increased durability and improved clamping force. Engineered specifically for enthusiasts who demand more from their vehicle's clutch system, this pressure plate is ideal for street driving, spirited driving, and racing applications. Its robust construction ensures reliable performance under demanding conditions, helping you achieve better power transfer and longer component life.

Whether you're upgrading your stock clutch for enhanced performance or preparing for track days, this pressure plate provides the strength and consistency needed to support your driving goals. With its advanced design and manufacturing process, you'll get a component that not only performs better but also maintains excellent pedal feel and engagement characteristics.

Key Features

The ACT Heavy Duty Pressure Plate incorporates several innovative features that set it apart from standard units:

• Exclusive Diaphragm Design: The pressure plate features a specialized diaphragm spring that increases clamp load, ensuring a secure grip on the clutch disc for maximum power transfer.
• Enhanced Clamp Load: Designed to increase clamp load by 20 to 50 percent compared to stock, this pressure plate helps support higher horsepower and torque levels.
• Heat-Treated Construction: All ACT diaphragms undergo a rigorous four-stage heat-treating process, resulting in unparalleled strength, durability, and resistance to warping or fatigue.
• Precision Cover Stampings: The cover is stamped with precision to provide consistent rigidity and stability during operation, reducing flex and ensuring smooth engagement.
• Heavy Duty Design: Built to withstand aggressive driving and racing conditions, this pressure plate is recommended for use with a street or race clutch disc for optimal performance.
• Material Quality: Crafted from high-grade steel and components, it offers excellent heat resistance and longevity.

Construction & Design

The ACT Heavy Duty Pressure Plate is constructed with a focus on durability and performance. Its housing and diaphragm components are made from premium materials that resist heat and stress, ensuring consistent operation over time. The diaphragm spring's design allows for increased clamp force without sacrificing pedal feel, providing a responsive and predictable engagement. The four-stage heat-treating process enhances the component's resilience against thermal fatigue, making it suitable for high-stress applications.

Precision manufacturing and quality control ensure that each pressure plate maintains strict tolerances, resulting in a reliable and balanced component. The design also minimizes deflection and flex during high torque loads, maintaining clutch engagement consistency and extending the lifespan of your clutch system.

Installation & Fitment

The ACT Heavy Duty Pressure Plate is a direct bolt-on replacement for the stock unit on the 1993 Ford Probe. Installation is straightforward for experienced technicians or DIY enthusiasts familiar with clutch system upgrades. No modifications, cutting, or drilling are required, and the component is designed to fit perfectly with your existing clutch assembly. Proper alignment and torque specifications should be followed during installation to ensure optimal performance and longevity.

• Compatible with stock or aftermarket clutch discs designed for high-performance applications.
• Requires standard tools and basic mechanical skills for installation.

For best results, pairing this pressure plate with a high-quality clutch disc and bearing is recommended to maximize performance and lifespan.

What's Included

• ACT Heavy Duty Pressure Plate (MZ015)
• Installation hardware and instructions (if included)

Ideal For

• Street performance enthusiasts seeking increased clutch durability
• Racing and track day drivers requiring higher clamp loads
• Upgrading stock clutch systems for improved power handling
• Drivers looking for consistent engagement and longer component life