iztools offers high-quality utility knife blades with customizable options, affordable pricing, and exceptional customer service. Our focus on quality control and reliable delivery makes us the ideal partner for your cutting tool needs.a

Keep blades clean, store them in a dry place, and avoid overextending them. Regularly inspect them for signs of dullness or damage.

Yes, at iztools, we offer OEM and ODM services, allowing you to customize blade designs, materials, and packaging to meet your specific needs.

Consider factors like the type of material you will be cutting, blade sharpness, durability, and any additional features such as coatings or safety mechanisms.

Utility knife blades are commonly made from materials such as high-carbon steel, stainless steel, tool steel, and titanium-coated steel. Each material offers distinct advantages, such as corrosion resistance or enhanced durability.

The standard specifications for utility knife blades include 9mm, 12.5mm, 18mm, and 25mm. The dimensions vary, with common sizes as follows:

• Small (S, A): Blade width is 9mm, thickness is 0.38mm.
• Medium (M): Blade width is 12.5mm, thickness is 0.45mm.
• Large (L): Blade width is 18mm, thickness is 0.5mm.
• Extra Large (H): Blade width is 25mm, thickness is 0.7mm.

The common materials for utility knife blades include high carbon steel, alloy steel, ceramic, and carbon tool steel.

• High Carbon Steel: This material has high hardness, excellent wear resistance, and strong corrosion resistance, making it less prone to rust and extending its lifespan. Blades made from high carbon steel are very sharp and provide smooth cutting. However, they can feel heavy and may lead to fatigue with prolonged use. In China, utility knives typically use 60# steel, classified as high carbon steel with a carbon content of about 0.6%. Generally, the higher the carbon content, the greater the hardness achieved through heat treatment, especially when finely sharpened.
• Alloy Steel: This material features high hardness and strength, with good wear and corrosion resistance, suitable for cutting various materials. Alloy steel blades also possess high hardness and are less likely to deform or break, making them convenient for use.
• Ceramic: Ceramic blades have high hardness, sharpness, and durability, and they are resistant to rust, making them suitable for cutting multiple materials. However, the drawback of ceramic utility knives is their brittleness, which makes them prone to chipping or breaking.
• Carbon Tool Steel: This material offers high hardness, red hardness, excellent wear resistance, and appropriate toughness. Blades made from carbon tool steel maintain high hardness and wear resistance while also meeting strength and toughness requirements, making them a preferred choice for office use.

Each material has its own characteristics, and users can choose the appropriate utility knife based on specific needs and preferences. For frequent cutting of various materials, high carbon or alloy steel with high hardness and wear resistance is advisable. For safety concerns, ceramic materials that are rust-resistant and have a high safety factor are ideal. If toughness and strength are a priority, carbon tool steel is the best choice.

The common sizes and specifications for utility knives include 9mm, 18mm, 22mm, and 25mm. These sizes cater to different usage needs, with 9mm and 18mm being the most commonly used. The specifications not only refer to the blade length but also include blade thickness, which typically ranges from 0.4mm, 0.5mm, to 0.6mm.
Additionally, utility knives come in various materials and designs, including high carbon steel, alloy steel, and ceramic, as well as foldable and retractable designs to meet different user preferences. For example, premium utility knives usually feature blade lengths of 18cm and 9cm, with thickness options of 0.4mm, 0.5mm, and 0.6mm. These size and specification options are designed to provide better cutting efficiency and safety while considering portability and durability.

The common materials used for utility knives mainly include high-carbon steel, alloy steel, ceramics, alloys, ABS plastic, resin, and others. 
 
High-carbon steel utility knives have blades with high hardness, good wear resistance, strong corrosion resistance, and are not easily prone to rust, offering a long service life. However, they feel heavier in hand, and prolonged use can lead to fatigue. 
 
Alloy steel utility knives also feature blades with high hardness and wear resistance, and they are not easily deformed or broken, making them convenient to use. 
 
Ceramic utility knives use ceramic blades that are highly durable, sharp, and resistant to rust, making them suitable for cutting various materials. The downside is that ceramic blades are more brittle and can break more easily. 
 
Alloy utility knives have knife bodies made of alloy, which provides a good texture and a heavier feel, reducing the chances of slipping during use. 
 
Plastic utility knives have plastic bodies, making them lightweight and portable. However, the downside is that plastic bodies are more prone to damage and have a shorter lifespan. 
 
Resin utility knives have bodies made of resin, providing a smooth feel, ease of portability, and safety with anti-slip features. They are suitable for light-duty tasks such as opening packages. 
 
The choice of material for a utility knife depends on the user's needs and preferences. High-carbon steel and alloy steel utility knives are suitable for applications requiring high hardness and wear resistance, while ceramic utility knives are ideal for specific situations demanding extreme durability. Plastic and resin utility knives are lighter and more suitable for daily carrying and casual use.

The common materials used for measuring tapes include plastic, steel, PVC plastic, and fiberglass.
 
Plastic: The outer casing of measuring tapes is typically made from new ABS plastic, which has a glossy texture and is resistant to drops, wear, and deformation.
Steel: The tape portion of steel measuring tapes is usually made of steel, such as the 50# high-grade steel strip with a thickness of 0.10 mm (10 microns), ensuring the durability and accuracy of the tape.
PVC plastic: Fiberglass measuring tapes, often referred to as cloth tapes, are commonly made from PVC plastic and fiberglass. This material is flexible and elastic, preventing the tape from stretching during use, making it suitable for measuring soft or irregular objects.
Fiberglass: When combined with PVC plastic, fiberglass enhances the durability of the material and prevents it from stretching during use, commonly used in fiberglass measuring tapes.
 
The choice of materials ensures that measuring tapes are durable, accurate, and suitable for different usage scenarios.