COMPREHENSIVE KNOWLEDGE ABOUT PRINTING & UNIFORM FABRIC MATERIALS

To create a beautiful uniform set that truly reflects the spirit of your business, choosing the right printing method and fabric material is extremely important. Today’s market offers countless options for printing and materials, which requires buyers to have a certain level of knowledge in order to make the right decisions. Don’t worry — Nhat Khoa has compiled everything you need to know through the information below.

1. Uniform Printing Services

1.1. Overview of printing techniques

The uniform industry is constantly evolving, bringing a wide range of printing techniques that meet every customer’s needs. From traditional methods such as screen printing to modern technologies like heat transfer, DTG (Direct to Garment), PET printing, etc., each technique has its own strengths and limitations, making it suitable for different fabric types, designs, and order quantities.

1.2. Detailed analysis of current printing techniques

To better understand the printing methods commonly used in uniforms, below is detailed information about each technique.

Screne Printing Direct to Garment

Embroidery

Screen printing is one of the most popular and long-standing printing techniques in the garment industry. The process involves using a printing frame and specialized ink to spread ink onto the fabric, forming images and a solid layer of color.

Advantages:

  • High durability.
  • Vibrant, bright colors.
  • Applicable on almost any type of fabric.
  • Low cost for large quantities.

Limitations:

  • Not suitable for designs requiring fine details or gradient color effects.
  • If the order quantity is small, the cost per item will be higher than other techniques.

DTG is a technique that prints directly onto fabric using inkjet technology. The ink is absorbed into the fibers, creating sharp images. DTG is suitable for complex designs with multiple colors and has no limit on the number of colors.

Advantages:

  • Produces highly detailed images with accurate colors and sharpness.
  • No limitation on color quantity.
  • Soft print surface, comfortable to wear.
  • Suitable for many fabric types, but achieves the best results on cotton-based fabrics.

Limitations:

Images printed on dark fabrics may cost higher than other methods.

Embroidery is a technique that uses thread to stitch designs directly onto fabric. This is a traditional method, but it delivers a sophisticated and premium appearance.

Advantages:

  • Very high durability.
  • Does not fade.
  • Creates an elegant, premium look.

Limitations:

  • Cannot reproduce extremely fine details.
  • Normally has a higher cost than printing.
  • Embroidery areas may feel stiff or slightly heavy; however, with small embroidery areas, this is barely noticeable.
 

Heat transfer printing

Heat transfer printing is a technique that uses high temperature to transfer images from specialized transfer paper onto the fabric surface. Under the effect of heat, the image adheres firmly and penetrates the fibers, creating vibrant and sharp colors. This method includes different variations depending on usage needs

 

Dye Sublimation (AOP – All Over Printing)

Heat Transfer Decal/Vinyl

PET Heat Transfer (DTF – Direct to Film)

Plastisol Heat Transfer (Rubber Heat Transfer)

High-Relief Emboss Printing

A technique that uses high temperature to transfer ink from paper onto fabric. This method is ideal for full-surface printing on polyester fabrics.

Advantages:

  • Sharp details with ink absorbed directly into the fabric.
  • Applicable on the entire surface (all-over printing).
  • Low cost for large quantities.

Limitations:

Only applicable on light-colored fabrics.
Details are not as clear compared to other techniques.

A technique that uses heat to apply decal/vinyl material onto fabric. This is one of the most common methods used in uniform production.

Advantages:

  • Prints images with fine details and accurate color segmentation.
  • Good durability and high color quality.
  • No limitation on color quantity.
  • The print surface is smooth and slightly raised, giving a premium look.
  • Suitable for many fabric types, including stretchy materials and different surfaces.

Limitations:

Best suited for small or medium-quantity orders.

A technique that uses PET film to transfer ink onto fabric. This method works on many different fabric types, including cotton and polyester.

Advantages:

  • Sharp, detailed images.
  • Low production cost.
  • Applicable on many types of fabric surfaces.

Limitations:

Durability is not as high as other techniques.

A technique that uses Plastisol ink printed onto a transfer sheet and then transferred onto fabric under heat and pressure. This method is suitable for large-quantity orders.

Advantages:

  • Beautiful, vibrant colors.
  • Suitable for large production volumes.
  • Applicable to many types of fabric.
  • Very strong adhesion, withstands many washes.

Limitations:

  • Higher cost for small quantities.
  • Not suitable for very small or fine details.

A technique that uses Plastisol ink to create a raised, 3D-like effect on the fabric surface by applying heat and pressure. This method is ideal for creating premium visual highlights.

Advantages:

  • Creates a highly visible 3D embossed effect.
  • Strong and durable ink layer, does not crack.
  • Enhances premium and eye-catching appearance.

Limitations:

  • Not suitable for designs with small details or thin linework.
  • The printed ink layer may crack if washed incorrectly or if ironed directly on the print surface.

1.3. Factors that affect printing costs

The cost of uniform printing is not fixed but depends on many different factors. Understanding these factors will help you plan your budget and choose the most suitable printing method.

  • Printing technique & number of colors:
    Each technique has a different price level depending on the process, machinery, and ink used. Screen printing is usually cheaper for large quantities, while DTG printing is more expensive but suitable for complex, multi-color designs or small orders because it does not require separate molds.
  • Quantity & size of printed design:
    A larger quantity helps reduce the unit cost because fixed production costs are spread across more products.
    Design size also affects price — large prints, wider coverage, or designs using more ink will increase costs.
  • Fabric material & design complexity:
    Some fabrics require special printing processes, which increase costs.
    At the same time, complex designs with many details or requiring high-end techniques also result in longer production time and higher total costs.
  • Lead time & order urgency:
    Urgent orders usually incur additional fees due to overtime labor or special production handling.
    On the other hand, choosing a reputable supplier helps optimize both cost and quality.

Print placement position:
The price may vary depending on print location.
Special positions such as sleeves, back, or multiple print areas often require more handling steps, which increases production cost.

1.4. Guidelines for choosing the right printing technique

Choosing the right printing technique can be challenging for many people, especially when lacking experience in the printing field. However, by considering a few important factors, you can completely make an accurate and reasonable decision.

  • Screen printing: Screen printing is the ideal choice for large uniform orders (usually from 100 shirts or more) with simple designs and few colors (from 1–4 colors). If you want durability, vibrant colors, and reasonable cost, screen printing is an excellent solution.
  • Heat transfer vinyl (decal):
    Suitable for small quantities (under 20 shirts), multi-color or detailed designs, and urgent orders.
    This method is also ideal for printing names, numbers, or personalized details on shirts.
  • Heat transfer printing: Heat transfer is perfect for polyester fabrics or high-polyester-content fabrics (from 65% or more).
    If you want high-contrast colors, vivid tones, durability, and no cracking or peeling, heat transfer is an optimal choice.
  • Flexographic printing:
    Flexographic printing is a versatile solution suitable for most fabrics and all designs, with no limitation on the number of colors or design complexity. If you need fast production, sampling, or gradient/transition designs, this method is worth considering.

DTG printing:
Suitable for complex, artistic designs printed directly on shirts in small quantities and applicable to various fabric types.

 

1.5. Common Issues Encountered in Uniform Printing

 

Printed Image Peeling Off

Colors Do Not Match the Design

Printed Image is Blurry or Faded

Printed Image is Blurry or Faded
Cause:
Incorrect printing technique, poor-quality adhesive, or improper washing and care methods (washing in hot water, ironing directly on the print, etc.), causing the print to peel or blur.		 Cause:
Computer/phone screens display colors differently from reality, design files are not standardized to the correct print color system (usually CMYK), or the supplier uses low-quality ink.		 Cause:
Low-resolution design files, inappropriate printing technique (e.g., screen printing used for designs with too many small details), or machine/software errors.		 Cause:
Low-resolution design files, inappropriate printing technique (e.g., screen printing used for designs with too many small details), or machine/software errors.
Solution:
Choose a printing method suitable for the fabric, use high-quality ink and materials, and follow proper care instructions (wash gently, avoid hot water, do not iron directly on the print, and dry in a ventilated place)		 Solution:
Choose a reputable supplier, convert the design file to CMYK, and perform a color test before mass production to ensure accurate and consistent printed colors.		 Solution:
Choose a reputable supplier, convert the design file to CMYK, and perform a color test before mass production to ensure accurate and consistent printed colors.		 Solution:
Prepare design files at 300dpi, choose the right printing method for complex images, and ensure printing machines and equipment are modern and well-calibrated.

 

1.6. Frequently asked questions about printing services

The choice depends on the quantity of shirts, the design, the fabric material, and your budget. Screen printing is suitable for large-volume orders; digital printing is ideal for complex designs with vibrant colors; and heat transfer printing is well-suited for moderately complex designs, medium-sized orders, and projects requiring a quick turnaround.

The printing time depends on the printing technique, the quantity of garments, and the level of complexity. Screen printing typically takes 3–7 days, while digital printing can be faster.

Heat transfer printing or digital printing is a suitable choice for printing 3D images onto shirts, creating a vivid and realistic effect.

To keep the prints on your garments sharp and prevent them from peeling over time, proper washing and care are essential. Ideally, wash items by hand or use a gentle machine cycle, turning the garment inside out to minimize friction. Avoid using harsh detergents, and never iron directly over the print. When drying, choose a cool, well-ventilated area and avoid direct sunlight to prevent the colors from fading.

At Nhat Khoa, every product comes with detailed care instructions, making it easy for customers to keep their uniforms looking as good as new. This also extends the lifespan of the prints, ensuring that your uniforms maintain a professional appearance for a long time to come.

2.Uniform Fabric Materials

2.1. Overview of Fabric Types Used in Uniform Production

Fabric material is a key factor alongside printing techniques, directly affecting product quality, durability, aesthetics, and wearer comfort. The uniform fabric market is highly diverse, ranging from natural fabrics such as cotton and linen to synthetic fabrics like polyester, nylon, and various blended fabrics.

2.2. Detailed Analysis of Each Fabric

 

Poly Aircool Pique

Poly Aircool Pique

Cotton Single Pique

Eco-Cafe Pique

This fabric combines durable polyester with advanced Cooling knitting technology, offering outstanding performance.

Advantages

  • Reduces heat from sunlight, keeping the body cool.
  • Enhances airflow and limits sweat buildup.
  • Maintains shape well, wrinkle-resistant, does not stretch after many washes.
  • Suitable for uniforms and sportswear requiring maximum comfort.

Disadvantages

  • Sweat absorption ability is not as good as other fabrics.

This fabric is a blend of polyester and cotton at a 65/35 ratio, combining the strengths of both materials.

Advantages

  • Very breathable thanks to cotton fibers that absorb sweat well.
  • Polyester adds durability.
  • Soft, comfortable, and cost-effective.

Disadvantages

  • Fabric wrinkles easily, but ironing after washing maintains shape.
  • Prone to pilling when machine-washed; hand-washing is recommended.

Cotton Single Pique is woven from 100% natural cotton fibers. This classic fabric is favored for its softness, breathability, and skin-friendly properties.

Advantages

  • Natural cotton fibers provide a soft and comfortable feel.
  • Excellent sweat absorption keeps the wearer dry and comfortable.
  • Non-irritating, suitable for sensitive skin.
  • Breathable fabric structure improves air circulation.
  • 100% natural material, safe for users.

Disadvantages

  • The fabric wrinkles easily. To maintain its shape well, it should be dried while still slightly damp and ironed at an appropriate temperature.
  • More prone to pilling than other fabrics.
  • May shrink slightly after several washes.

Eco-Cafe fabric is made from coffee grounds and recycled polyester fibers. It is ideal for sustainable fashion products and is highly antibacterial.

Advantages

  • Provides up to 99% UV protection.
  • Naturally antibacterial, helping users feel confident in both work and public environments.
  • Elegant, professional appearance, suitable for premium uniforms.
  • Breathable and moisture-absorbing.
  • Environmentally friendly, reducing waste and conserving resources.

Disadvantages

  • Color options may be less diverse than conventional fabrics.
  • Durability may decrease if not properly maintained.
       
 

Interlock Fabric

Bird Eye Mesh Fabric

100% Cotton Two-way Stretch

100% Cotton Four-way Stretch

Interlock is a knitted fabric with high durability and elasticity, commonly used for sportswear, youth fashion, and casual wear.

Advantages

  • Provides a soft, comfortable wearing experience.
  • Good elasticity, does not deform after many washes.
  • Durable fabric, resistant to friction and wear.

Disadvantages

  • Low moisture absorption compared to cotton fabrics.
  • Slightly warm when worn, not as breathable as other materials.
  • Fabric is thick and heavy, so it may not be suitable for hot climates.
  • More fitted form and less drape.

Bird Eye Mesh fabric has a special textured structure, highly breathable and elastic, often used for sportswear, gym clothing, and activewear.

Thanks to its high breathability and cooling ability, this fabric is ideal for use in hot environments and is also popular for children’s uniforms.

Advantages

  • Has high breathability and good sweat absorption.
  • Flexible during movement.
  • The fabric is very lightweight and comfortable to wear.
  • Rarely wrinkles

Disadvantages

  • Fabric wrinkles slightly, but customers can easily iron and smooth the form.
  • Prone to pilling when machine washed — hand washing is recommended to ensure durability.

100% Cotton Two-Way Stretch fabric is made from natural cotton fibers, suitable for polo shirts, T-shirts, and everyday wear.

Advantages

  • Maintains its shape very well, creating a refined and professional appearance.
  • Cool and breathable, with good sweat absorption.
  • Soft and non-irritating to the skin.
  • Easy to care for, easy to wash, and does not require special maintenance.

Disadvantages

  • Elasticity is lower than other stretch fabrics.
  • May shrink after washing if not handled properly.

100% Cotton Four-Way Stretch is a premium cotton fabric that stretches comfortably in all directions, offering maximum comfort for the wearer. It is suitable for high-end uniforms, fashion T-shirts, and sportswear.

Advantages

  • Breathable, with good sweat absorption.
  • Soft and pleasant on the skin.
  • Good stretchability with high elasticity.

Disadvantages

  • Cotton fabric wrinkles easily compared to other materials.
  • Over time, the fabric may lose elasticity if used for a long period.
       
 

2.3. Factors Affecting Fabric Costs

The cost of uniform fabric is not fixed and may vary depending on many factors. Understanding these factors will help you estimate your budget more accurately and choose a solution that fits your company’s financial plan.

Fabric Type

Each type of fabric has a different price level depending on the raw materials, production process, and its own technical characteristics. For example, 100% natural cotton fabric is usually more expensive than synthetic polyester fabric, linen is more expensive than kate fabric, and 100% cotton pique fabric is always priced higher than blended pique fabric. Choosing the right fabric type will directly affect the overall uniform cost.

Fabric Quality

Even within the same fabric type, different quality levels will create price differences. Premium fabrics are often woven from long fibers, providing a smoother surface, higher durability, and better finishing quality, along with enhanced features such as wrinkle resistance, shrink resistance, and colorfast performance. These factors will increase production cost and final fabric price.

Order Quantity

Order quantity is an important factor that directly affects pricing. The general principle is: the larger the order, the lower the unit cost. When customers place uniform orders in large quantities, Nhất Khoa always offers attractive discount policies, helping businesses significantly save on expenses.

2.4. Guide to Choosing the Right Fabric Material

Choosing the right fabric material should not be based only on personal preference — it is also influenced by factors such as intended use, working environment, job characteristics, budget, and technical requirements. Below are some helpful suggestions to help you make accurate decisions:

Purpose of Use

Depending on the type of uniform and its purpose of use, you should choose the appropriate fabric. For company uniforms, it is recommended to prioritize fabrics with high durability, wrinkle resistance, and a neat, elegant appearance, such as Kate, Kaki, or 2-way cotton. For sports uniforms, fabrics that have good sweat absorption, good elasticity, and quick-drying capability, such as honeycomb cotton, polyester, or bird-eye mesh fabric will be the most suitable choice.

Meanwhile, protective work uniforms require fabrics with high durability, good absorbency, and resistance to heat, fire, or chemicals, depending on the nature of the job. For student uniforms, it is advisable to choose fabrics that are soft, skin-friendly, safe to wear, and capable of absorbing sweat well such as cotton or honeycomb cotton.

Working Environment

The working environment also has a significant influence on fabric selection. In office environments, you can choose fabrics that are soft, wrinkle-resistant, and tidy such as Kate or 2-way cotton. On the other hand, if you frequently work outdoors, you should prioritize fabrics that are cool, breathable, have good sweat absorption, and dry quickly such as honeycomb cotton, polyester, eco-cafe fabric, or bird-eye mesh fabric.

Nature of Work

The nature of the job is also an important factor to consider. Jobs that require frequent movement should use fabrics that have elasticity, good sweat absorption, and do not cause discomfort when moving, such as honeycomb cotton or 4-way stretch cotton. Conversely, jobs that require neatness and formality should use fabrics that hold their shape well, resist wrinkles, such as Kate, Kaki, or 2-way cotton.

Budget

The budget also plays a crucial role in fabric selection. If the budget is limited, you can choose affordable fabric types such as polyester pique or bird-eye mesh fabric. In cases where the budget is more generous, investing in higher-end fabrics such as 2-way cotton, 4-way cotton, or eco-cafe fabric will significantly improve the overall product quality.

Technical requirements

Printing techniques have a direct impact on fabric selection. If heat transfer printing is used, the fabric needs to have a high polyester content (from 65% or more), such as polyester pique. For screen printing, most fabric types are suitable, but the best results are achieved when printing on cotton.

Digital printing (DTG) is flexible with many types of fabrics. Meanwhile, embroidery is best suited for thick and firm fabrics such as cotton pique, polyester pique, Kate, or Kaki. Avoid embroidering on fabrics that are too thin or highly stretchable, as this can cause stitch distortion or fabric wrinkling.

2.5. Common Issues When Choosing Fabrics

Fabric Pilling

Color Fading

Fabric Shrinkage

Skin Irritation
Cause
Poor fiber quality, improper weaving techniques, or friction during wear and washing.		 Cause
Poor fiber quality, improper weaving techniques, or friction during wear and washing.		 Cause
Due to the natural structure of the fabric fibers (especially cotton fibers), or washing and drying at high temperatures.		 Cause
Due to chemical components in fabric dyes, finishing agents, or because the fabric fibers are too rough.
Solution
Choose fabrics that are resistant to pilling with a tightly woven structure. Wash garments by hand or on a gentle machine cycle, turn them inside out before washing, avoid using hard brushes, and dry them in a cool, ventilated place.

Solution
Choose fabrics with high colorfastness that are dyed with high-quality dyes. 

Wash garments with cold or lukewarm water (below 40°C), avoid strong detergents, turn the garment inside out when drying, and dry it in a cool, ventilated place away from direct sunlight.

 Solution
Choose fabrics that have been pre-shrunk or those with low shrinkage. Wash the garment with cold water, avoid high-heat drying, and lay the garment flat when drying to prevent stretching.

Solution
Prioritize natural fabrics or fabrics that are certified as safe for the skin. Wash the garment before wearing it for the first time to remove dust and residual chemicals from the production process.

If your skin is highly sensitive, try washing the garment with mild detergents that are fragrance-free and do not contain color additives.

2.6. Frequently asked questions about fabric materials

Cotton fabric is a natural material, woven from the fibers of the cotton plant. It is highly popular in the garment industry due to its softness, breathability, excellent sweat-absorbent properties, and skin-friendliness.

Polyester fabric is a type of synthetic textile made from man-made polyester fibers derived from petroleum. It is notable for its high durability, resistance to wrinkles and shrinkage, and affordability.

In particular, recycled polyester—such as fabric made from coffee grounds—retains these advantages while also being environmentally friendly; it utilizes recycled materials and helps minimize textile waste.

Synthetic fabrics are a broad category encompassing various types of textiles created from man-made (non-natural) fibers through chemical processes. Polyester, nylon, acrylic, and spandex are all examples of synthetic fabrics.

There are many types of fabrics used in garment manufacturing; some of the most common include:
  • Cotton: Soft, breathable, and highly absorbent.
  • Polyester: Durable, wrinkle-resistant, easy to care for, and affordable.
  • Linen: Breathable, highly absorbent, and offers a natural aesthetic.
  • Silk: Soft, luxurious, and possesses a natural sheen. (Note: Silk is a natural fiber; it is highly popular in the garment industry due to its softness, breathability, absorbency, and skin-friendliness.)
  • Khaki: Durable and holds its shape well; commonly used for trousers, jackets, and work uniforms.
  • Kate (cotton-polyester blend): A blend of cotton and polyester that is durable, wrinkle-resistant, and reasonably priced.
The *áo dài* is a traditional Vietnamese garment, typically crafted from fabrics with a soft, fluid drape that accentuates the graceful and elegant beauty of a woman. Common fabrics used for *áo dài* include:
  • Silk: Pure silk is a premium, soft, and smooth fabric with a natural sheen, lending an air of luxury and sophistication to the wearer.
  • Brocade (*gấm*): Brocade features raised, woven patterns—often in vibrant colors with intricate designs—evoking a classic, traditional aesthetic.
  • Velvet: With its soft, plush surface, velvet is frequently used for *áo dài* worn in the winter, offering both warmth and a sense of luxury.
  • Voile (*voan*): This thin, lightweight fabric has a beautiful drape and is often used for modern-style *áo dài*, creating an ethereal, romantic look.
  • Lace: Featuring patterns created through knitting, crocheting, or weaving, lace is often used for modern *áo dài* designs or as an accent on traditional versions.
  • Chiffon: Chiffon is a thin, lightweight, and soft fabric with a fluid drape, commonly used for modern-style *áo dài*.
  • Synthetic silk (such as “Italian silk” or “Japanese silk”): These fabrics contain synthetic fibers but mimic the softness, drape, and sheen of pure silk, while being more affordably priced.

We hope this article has provided useful information to help you easily select the right printing technique and fabric material. Should you need further advice, Nhat Khoa is always ready to assist you, supporting every decision you make to ensure the delivery of the highest-quality uniform products!