Try Squares

top picks

What’s in the Toolbox

tool

features

options

  • Stainless steel blade features precision-etched black gradations
  • Quality brassbound hardwood handle for durability
  • Reverse reading scale

Option 1
1 PACK
(1) 200mm (8”) Try Square with Hardwood Handle (TS152)

  • For marking and measuring right angles in woodworking
  • Inch graduations in 8ths of an inch on both sides of the blade are etched and staggered in a height pattern for readability
  • Stainless steel blade for durability and rust resistance
  • 50mm (2″) cast aluminum handle for durability

Option 1
1 PACK
(1) 200mm (8”) Try Square with Stainless Steel Blade (K53-8-N)

  • Try and Miter Square with a plastic (ABS) stock
  • Marked in metric only on both sides
  • Hole in blade for storage

Option 1
1 PACK
(1) 200mm (8”) Try Square (2-46-500)

  • A try and miter square with a steel blade and aluminum block
  • The scales are etched onto the blade for long life
  • The sliding edge holder facilitates accurate positioning on the work piece

Option 1
1 PACK
(1) 300mm (12”) Try Square with Steel Blade and Aluminum Block (10503544)

  • Features retractable ledge support for easy, hands-free use
  • The stainless steel ruler has permanently etched gradation for long lasting accuracy
  • blade has marking holes at 10°, 15°, 22.5°, 30°, 45°, 50° and 60° for angle marking and includes openings every ¼ inch for fluid and parallel pencil markings
  • Features an aluminum cast handle and 3 milled surfaces for maximum precision

Option 1
1 PACK
(1) 200mm (8”) Try Square with Stainless Steel Blade and Retractable Ledge (353-08)

Option 2
1 PACK
(1) 250mm (10”) Try Square with Stainless Steel Blade and Retractable Ledge (353-10)

Option 3
1 PACK
(1) 300mm (12”) Try Square with Stainless Steel Blade and Retractable Ledge (353-12)

a Tool for Every Job

BUYERS GUIDE

Try Squares

Identifying Your Requirements:

When purchasing a try square, it’s crucial to first identify the specific requirements of your work. Different trades, such as carpentry, metalworking, and masonry, have varying demands. For instance, a woodworker might need a try square to ensure perfect right angles on wood joints, while a metalworker requires a more precise tool for metal fabrication tasks. Understanding the primary applications of the try square in your trade helps you select a tool that will meet your needs effectively.

Material and Construction:

The material and construction of a try square are vital factors to consider. High quality try squares are typically made from durable materials like hardened steel or aluminum which ensure longevity and resistance to wear and tear. Wooden handles are also popular for their comfortable grip and traditional feel. Ensuring the blade and handle are securely joined and free of any play or movement is critical for maintaining accuracy over time. Investing in a well constructed try square will ensure it stands up to rigorous use in a workshop or on a job site.

Precision and Accuracy:

Accuracy is vital when selecting a try square. The tool’s blade must be perfectly perpendicular to the handle to ensure precise 90-degree measurements. Look for try squares that are machined to tight tolerances and come with certification of accuracy. Some high end models are individually tested and adjusted to ensure maximum precision. Choosing a try square with guaranteed accuracy will help avoid mistakes in your projects and ensure high quality results.

Blade Length and Versatility:

Try squares are available in various blade lengths typically ranging from 100mm (4”) to 300mm (12”) or more. The appropriate size depends on the scale of your projects. Smaller try squares are ideal for fine detailed work while larger ones are better suited for framing and large scale constructions. Some try squares feature graduated markings along the blade allowing them to double as rulers which can add versatility to your tool collection.

Handle Design and Ergonomics:

Comfort and ergonomics are important factors especially if you’ll be using the try square frequently. The handle should provide a comfortable grip and be easy to hold steady. Some try squares come with features like beveled edges or non-slip coatings that enhance grip and reduce hand fatigue. A well designed handle ensures the tool is easy to use and can improve the overall accuracy and efficiency of your work.

Brand Reputation and User Reviews:

The reputation of the brand and feedback from other users can provide valuable insights into the quality and reliability of a try square. Established brands with a track record of producing high quality tools are often a safe choice. Reading user reviews can reveal how the try square performs in real world conditions highlighting any potential issues or advantages. Reviews can also provide information on durability, accuracy and overall user satisfaction helping you make a well informed decision.

Budget and Value:

While budget is an important consideration it’s essential to balance cost with quality. High quality try squares might come with a higher price tag but they offer better durability and accuracy making them a worthwhile investment. Evaluate the features and construction quality within your budget range to ensure you get the best value. Sometimes spending a bit more upfront on a premium tool can save money in the long run by reducing the need for replacements and ensuring better project outcomes.

Warranty and Support:

A solid warranty and reliable customer support are important factors to consider when purchasing a try square. A good warranty offers peace of mind covering defects and ensuring that any issues can be resolved promptly. Brands that provide strong warranties and responsive customer support demonstrate confidence in their products and a commitment to customer satisfaction. Choosing a try square with a comprehensive warranty can provide added security and assurance.

Innovations and Additional Features:

Some try squares come with additional features that enhance their functionality. These might include laser etched measurements for better visibility built in bubble levels for checking plumb or adjustable blades for custom angles. While not necessary for all users these innovations can add convenience and versatility to your toolset. Consider whether any additional features would benefit your specific tasks and improve your efficiency.

UNVEILING THE pros AND conS

Try Squares

pros

  • Try squares are renowned for their precision and accuracy making them essential tools in various trades. They provide a reliable reference for ensuring perfect 90-degree angles which is critical for tasks such as woodworking and masonry. The ability to achieve precise right angles ensures that joints fit perfectly structures are stable and overall workmanship meets high standards.
  • Try squares are versatile tools used across different trades. Carpenters use them to check the squareness of edges and corners, mark straight lines and ensure accurate cuts. Masons use them to ensure that brick and stone structures are built straight and true. This versatility makes try squares indispensable in any professional toolbox.
  • Try squares are straightforward tools that are easy to use even for beginners. The simplicity of their design with a fixed 90-degree angle between the blade and handle means there is little room for user error. This ease of use contributes to their widespread popularity among tradespeople and DIYers.
  • High quality try squares are built to last. Made from robust materials such as hardened steel or aluminum they can withstand the rigors of daily use in demanding work environments. This durability ensures that try squares maintain their accuracy over time providing reliable performance for years.
  • Compared to other precision tools try squares are relatively affordable. This makes them accessible to a wide range of users from professional tradespeople to DIYers. The cost effectiveness of try squares coupled with their precision and durability offers excellent value for money.

cons

  • One of the main limitations of try squares is that they are designed specifically for measuring and marking 90-degree angles. This restricts their use in projects that require other angles. For tasks involving different angles additional tools such as combination squares or protractors are necessary.
  • Over time even high quality try squares can suffer from wear and tear especially if used in harsh conditions or not maintained properly. The edges of the blade can become nicked or bent and the accuracy can degrade. Regular inspection and maintenance are required to ensure continued precision.
  • Try squares require manual operation which can sometimes lead to user error. Ensuring the blade is perfectly aligned and held firmly against the workpiece can be challenging especially over long distances or on uneven surfaces. Any slight movement can result in inaccurate measurements.
  • Try squares come in various sizes and choosing the wrong size can limit their effectiveness. Smaller try squares are ideal for detailed work but may not be suitable for larger projects while larger try squares are cumbersome for small intricate tasks. Users often need multiple sizes to cover all their needs.
  • The accuracy and longevity of a try square are heavily dependent on the quality of materials used in its construction. Lower quality try squares made from inferior materials may not maintain their accuracy and can wear out more quickly. Investing in higher quality tools is essential but can be more costly upfront.