Faithfull Squares & Bevels

Faithfull Squares & Bevels at Tooled-Up.com

Faithfull has established itself as a trusted name in precision measuring and marking tools, with their squares and bevels range offering exceptional accuracy and durability for both trade professionals and serious DIY enthusiasts. Known for combining traditional craftsmanship with modern manufacturing techniques, Faithfull squares and bevels deliver the reliability that tradespeople depend on for accurate layout work, checking right angles, and setting precise bevels across a wide range of applications.

The Faithfull collection encompasses engineer's squares, try squares, combination squares, sliding bevels, and speed squares, each designed to meet the exacting standards required for professional woodworking, metalworking, and construction work. Manufactured from high-quality materials including hardened steel, aluminium, and stainless steel, these tools resist wear and maintain their accuracy even under demanding site conditions. Tooled-Up.com stocks the comprehensive Faithfull squares and bevels range, ensuring tradespeople have access to the precision tools they need for accurate measuring and marking tasks.

From compact pocket squares perfect for quick checks to larger engineer's squares for precise machine setup, Faithfull offers sizing options to suit every application. Their squares feature clearly engraved or etched graduations that remain legible throughout the tool's working life, whilst their sliding bevels incorporate secure locking mechanisms that hold angles firmly during transfer and marking operations.

Why Choose Faithfull Squares & Bevels?

Faithfull has built its reputation on delivering professional-grade tools at accessible price points, making precision measuring equipment available to tradespeople at every level. Their squares and bevels undergo rigorous quality control to ensure they meet the accuracy standards required for professional work, with try squares and engineer's squares manufactured to conform to relevant British and European standards for flatness and perpendicularity.

The brand's commitment to durability means their squares resist the knocks and drops inevitable on busy work sites, with protective finishes that prevent corrosion and maintain accuracy over years of regular use. Faithfull bevels feature robust locking mechanisms that prevent accidental movement, ensuring angle settings remain secure during marking operations. The hardened steel blades resist burring and damage from repeated use, maintaining clean, accurate edges that produce crisp marking lines.

Value for money represents another compelling reason to choose Faithfull, with the brand offering professional quality without premium pricing. This makes them particularly attractive for tradespeople building their toolkit or replacing worn equipment, as well as for contractors who need to equip multiple team members with reliable measuring tools.

Who Uses Faithfull Squares & Bevels?

• Carpenters and Joiners: Using try squares and combination squares for accurate timber marking and joint layout
• Cabinet Makers: Requiring precision squares for fine furniture work and accurate angle setting with sliding bevels
• Metal Fabricators: Employing engineer's squares for checking machine setup and verifying perpendicularity
• Shopfitters: Using speed squares for rapid rafter marking and quick angle checks during installation work
• Bricklayers: Checking corners and setting out accurate right angles on construction projects
• General Builders: Requiring reliable squares for framing, studwork, and general construction measuring
• Engineering Professionals: Using precision squares for machine setup and quality control applications
• DIY Enthusiasts: Seeking professional-quality measuring tools for home workshop projects

Key Features of Faithfull Squares & Bevels

Faithfull squares incorporate hardened and tempered steel blades that maintain their straightness and resist damage from accidental impacts. The clearly marked graduations, typically etched or stamped rather than printed, ensure measurements remain legible throughout the tool's working life, even after exposure to solvents, oils, and general workshop conditions.

Try squares in the Faithfull range feature stocks manufactured from high-impact materials with accurately machined reference edges, ensuring consistent 90-degree measurements. The blades sit securely within the stock, with many models incorporating riveted construction that prevents loosening during use. Engineer's squares benefit from ground and lapped reference surfaces that provide the accuracy required for precision engineering applications and machine setup work.

Faithfull combination squares offer exceptional versatility with their sliding heads incorporating spirit levels, scribe points, and protractor scales. The locking mechanisms hold the blade securely at any position along its length, enabling accurate depth measurements, height gauges, and marking gauge applications. Sliding bevels feature wing-nut or lever-operated locking systems that secure blade angles firmly, with many models offering full 180-degree blade rotation for maximum flexibility.

Speed squares from Faithfull incorporate laser-etched angle markings for rafter cuts, hip and valley angles, and common carpentry measurements. The triangular format provides a stable reference surface whilst the lip design allows single-handed operation against timber edges.

Popular Faithfull Squares & Bevels

The Faithfull try square range remains popular with woodworkers and joiners, available in sizes from compact 150mm models for cabinet work up to larger 300mm versions for sheet material and general carpentry. These traditional tools deliver reliable right-angle checking and marking for joinery applications.

Engineer's squares in various sizes serve metalworkers, machinists, and precision woodworkers who require the superior accuracy these tools provide. Available at Tooled-Up in multiple blade lengths, they suit applications from small component checking to large machine setup verification.

Combination squares represent excellent value, combining multiple functions in a single tool. The 300mm combination square proves particularly popular, offering sufficient capacity for most workshop tasks whilst remaining portable enough for site work. Sliding bevels in traditional wooden-handled and modern aluminium-bodied formats provide angle transfer capabilities for carpentry, joinery, and metalworking applications.

Speed squares appeal to roofing contractors, carpenters, and general builders who need rapid angle marking and checking capabilities. The aluminium construction provides durability whilst keeping weight manageable for all-day use.

Safety and Compliance

Whilst squares and bevels are hand tools without powered components, safe usage practices ensure accurate results and prevent workplace injuries. Always inspect squares for damage before use, checking blades for straightness and stocks for secure attachment. Damaged or inaccurate squares should be replaced rather than used, as they can lead to costly errors in measuring and marking operations.

When using metal squares, be aware of sharp corners and edges that can cause cuts if handled carelessly. Store squares properly to prevent damage to their reference surfaces and blade edges—hanging storage or dedicated tool roll compartments protect against the knocks that can affect accuracy.

For engineering applications requiring verified accuracy, squares should be checked periodically against certified reference standards. Faithfull engineer's squares are manufactured to conform to relevant British and European standards for flatness and squareness, providing the accuracy foundation for professional work.

Frequently Asked Questions

What's the difference between a try square and an engineer's square?

Try squares are designed primarily for woodworking applications with wooden or plastic stocks and steel blades, offering good accuracy for carpentry and joinery. Engineer's squares are manufactured entirely from steel with ground reference surfaces, providing the superior accuracy required for metalworking, machine setup, and precision engineering applications. Engineer's squares typically conform to stricter tolerance specifications.

How do I check if my Faithfull square is accurate?

To check a square's accuracy, mark a line along its blade against a straight edge, then flip the square over and align the blade with the same line. If the blade aligns perfectly with the marked line in both positions, the square is accurate. Any deviation indicates the square is out of true and should be replaced. This simple test works for both try squares and engineer's squares.

Can Faithfull sliding bevels be used for marking acute and obtuse angles?

Yes, Faithfull sliding bevels with full blade rotation capability can be set to any angle within their range, typically covering the full 180-degree spectrum from acute through right angles to obtuse angles. The locking mechanism secures the blade firmly at the desired angle, allowing accurate transfer and repeated marking operations without angle drift.

What size combination square is most versatile for general use?

A 300mm (12-inch) combination square represents the most versatile choice for general workshop and site applications. This size provides sufficient capacity for most measuring tasks including sheet material work, whilst remaining compact enough for portable tool kits. The 300mm length works well for depth gauging, height setting, and general marking operations across carpentry, joinery, and light metalworking applications.

How should I maintain my Faithfull squares and bevels?

Keep reference surfaces and blade edges clean and free from burrs or damage. Wipe metal surfaces with a lightly oiled cloth after use to prevent corrosion, particularly in damp workshop environments. Store squares in protective cases or hanging positions to prevent damage from other tools. Avoid using squares as pry bars or striking tools, as this can affect their accuracy. Periodically check accuracy using the flip-test method and replace any squares that no longer meet required tolerances.