Slide Plates Overview

Slide plates are crucial components in various industrial applications, designed to reduce friction and wear between moving parts. They are commonly found in plastic molds, piping systems, and heavy machinery.

Types of Slide Plates

• Standard Components for Plastic Moulds:

  • Bronze Type: Available in different thicknesses (10 mm, 20 mm) and configurations (e.g., 2-Hole Type, 4-C Chamfering Type), known for their durability and ability to withstand high pressure and temperature.
  • Steel Type: Comes in various thicknesses and configurations, suitable for applications requiring high strength and resistance to deformation.
  • Sintered Type: Designed for high-pressure applications, these plates offer excellent wear resistance.

• Slide Bearing Plates for Piping Systems:

  • PTFE, 25% Glass Filled: These plates provide a low friction coefficient, suitable across a broad temperature range (-320°F to +500°F) and for loads up to 2,000 PSI.
  • Graphite: Ideal for high-temperature applications (up to 3,000°F in inert environments) with load capacity up to 2,000 PSI.
  • Stainless Steel: Capable of handling high load-bearing capacity (up to 5,000 PSI) and temperatures up to 1,500°F.

Applications

• Injection Moulding:

  • Slide plates in injection molds facilitate the movement of mold components, ensuring precise and consistent production of complex parts. They assist in creating undercuts, threads, and intricate details in molded parts.
  • Components such as guide pins, slide bodies, wear plates, and press blocks are integral to the slide system, ensuring smooth operation and extended lifespan of the mold components.

• Piping Systems:

  • Slide bearing plates support piping and heavy equipment, accommodating thermal expansion and movement without damaging the supporting structures. They are typically used in a “sandwich” configuration, with one plate attached to the moving component and the other to the stationary support.
  • Materials like PTFE and graphite are selected based on specific temperature and load requirements.

Design Considerations

• Material Selection:

  • The choice of material for slide plates depends on the application’s temperature, load, and environmental conditions. Common materials include bronze, steel, PTFE, and graphite.

• Attachment Methods:

  • Slide plates can be attached using welding or mechanical fasteners like countersunk screws, depending on the application’s needs and the necessity for additional support to handle high temperatures and loads.

• Dimensions and Configurations:

  • Specifying the dimensions of the upper and lower slide plates is crucial for proper coverage and functionality. Various configurations, such as 2-hole or 4-C chamfering types, cater to specific needs.

Conclusion

Slide plates are versatile components essential in reducing friction and wear between moving parts in various industrial applications. Their design and material selection are pivotal in ensuring their effectiveness and longevity across different environments. Whether used in plastic molds or piping systems, slide plates are integral in maintaining the efficiency and reliability of mechanical systems.

A bronze guide slide, often referred to as a “Bronze-gleitlager” in German, particularly one with graphite, is a type of bearing or sliding component. These are typically used in various mechanical and engineering applications where low friction and long wear life are required. The mention of “without mounting slot” suggests that this particular guide slide does not have a slot or groove for mounting, which is often a feature included for ease of installation or to provide a fixed alignment.

The presence of graphite is noteworthy as it implies that the guide slide is self-lubricating. Graphite is commonly used in bronze bearings or slides because it can maintain lubrication in environments where liquid lubricants are impractical. This can include high-temperature applications or situations where maintenance access is challenging.

In practical terms, a bronze guide slide without a mounting slot would be a solid piece of bronze, possibly with visible graphite inclusions or sections, used in a mechanical system to facilitate smooth, low-friction motion between two parts. The absence of a mounting slot means it would need to be installed in a manner that doesn’t rely on such a feature, perhaps requiring an alternative method of securing it in place or aligning it within the machinery.

Graphite-Infused Bronze Guide Bar: This is a machinery component designed for sliding movements, made of bronze combined with graphite to achieve self-lubrication and minimize friction. Bronze Guide Slider: This slider component, typically found in machinery or automotive contexts, is constructed from bronze . Auto Mold Wear-Resistant Slide: This particular guide bar is designed for auto molds, offering wear resistance and smooth sliding, thanks to its graphite-enhanced bronze composition.

In essence, these elements play a vital role in ensuring seamless sliding motion and reducing friction across various industrial settings.

Bronze guide bushings, embedded with graphite like the 2970.60 graphite bronze bushing and C95400 bronze slide plate, are renowned for their self-lubricating features and robustness. These bushings are generally crafted from an aluminum-bronze alloy integrated with oil-impregnated graphite plugs, which minimizes wear and galling while facilitating a maintenance-free usage. They are apt for a variety of applications that demand high static and dynamic loads, offering a long-lasting performance without the need for regular maintenance. Available in different forms such as cylindrical oilless bushings, flanged graphite bronze bushings, thrust washers, and slide plates, these aluminum bronze graphite bushings can also be customized in size and design. Utilizing components like the C95400 Aluminum Bronze Bushings with plugged graphite ensures efficient self-lubrication and durability, meeting specific application requirements.