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Precision Heightening Block (Machined Flange Style)

This precision heightening block is a heavy-duty mechanical structural component, machined from high-quality steel (or stainless steel) with a integrated flange design, used for heightening, supporting, and positioning in industrial machinery, fixtures, and equipment assembly.

Core Technical Specifications

1. Material & Construction

High-Strength Steel Material: Constructed from durable carbon steel or alloy steel, offering excellent load-bearing capacity, rigidity, and resistance to deformation under heavy static or dynamic loads.

One-Piece Solid Design: Manufactured as a single, solid component to ensure maximum stability and reliability in high-load applications.

2. Precision Machining & Design

Integrated Flange Structure: Features a thick, circular base flange with uniformly distributed mounting holes (typically 4 or 6 holes) for secure bolting to equipment bases, fixture plates, or workbenches.

Tapered/Stepped Shaft Interface: The central raised section features a precision-tapered or stepped cylindrical bore, designed for precise mating with shafts, bearings, or other rotating components.

Superior Surface Finish: All critical surfaces (sealing faces, bores, and mounting flanges) are precision-machined to a smooth, flat finish, ensuring tight tolerance fits and minimal friction during operation.

Strict Tolerance Compliance: Manufactured to exacting dimensional standards, ensuring consistent alignment and compatibility with standard industrial components.

3. Functional & Structural Features

Heightening & Positioning: Provides precise vertical height adjustment for machinery parts, workpieces, or tooling assemblies, ensuring proper elevation and alignment in production lines.

Load Distribution: The wide, flat flange base evenly distributes weight and compressive forces, preventing equipment sagging or instability in heavy-duty applications.

Corrosion Resistance: Available with optional corrosion-resistant surface treatments (such as zinc plating or passivation) to protect against rust and oxidation in industrial environments.