10x2.5 Inch Heat Resistant Ironing Ruler, High-Temp Sewing Ruler (428°F-536°F), Dual CM/Inch Scale, Transparent Plastic for Fabric Measuring & Pressing (Yellow)

Specification: Name: Hot Ironing Ruler Material: Plastic Temperature: 220°C-280°C/428°F-536°F Size: 10*2.5in Colour: Yellow Package Included: 1 * Hot Ironing Ruler

• 【Excllent Material】The heat-resistant ironing ruler is made from high-temperature-resistant plastic material, capable of withstanding the high temperatures of an iron without warping or damage during use, ensuring the ruler's longevity. It also features a certain degree of transparency, allowing users to observe garment details and positioning through the ruler for more precise measurement and marking
• 【Clear Graduations】The heat-resistant edge ruler features clear and precise graduations marked in both inches and centimeters, accommodating the measurement preferences of users from different regions. The graduation lines are of moderate thickness, with vivid colors that are easy to distinguish, remaining clearly visible even in low-light conditions
• 【Multi-Functionality】Combining multiple functions such as measurement, marking, and labeling, users can measure fabric dimensions while directly making marks on the fabric, eliminating the need to frequently switch tools, simplifying the workflow, and improving efficiency
• 【Auxiliary Line Design】The sewing ruler tool features dedicated ironing reference lines, which help users maintain accurate direction and range of the iron during ironing, ensuring neat and aesthetically pleasing creases and lines, thereby enhancing the overall quality of the garment. Additionally, it features center markings and symmetrical lines, which are highly useful for creating symmetrical garment components or designs
• 【Wide Applications】The manual measuring ruler tool is not only suitable for garment production and alterations but can also be used for creating home textile products such as curtains and tablecloths, as well as handicrafts, providing convenience for various scenarios involving fabric processing