Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
3D DOLL PRINTING
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
MUCILAGE PRINT
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
GLOW IN DARK PUFF PRINT
Glow-in-the-dark puff printing on shirts is a creative and eye-catching printing technique that combines two unique features: a raised 3D effect (puff printing) and the ability to glow in the dark. This method is used to create designs on shirts that appear as regular prints during the day but emit a glowing effect in low-light conditions or darkness. It's particularly popular for adding fun and engaging elements to custom apparel.
The design is printed on the shirt using a special ink that expands when exposed to heat (puff ink). This process creates the raised 3D effect on the fabric. The puff ink is applied to the specific areas of the design where the raised effect is desired.
Once the puff ink has been applied and dried, a layer of glow-in-the-dark ink is added on top of the puff print. This ink contains phosphorescent pigments that can absorb and store light energy when exposed to light during the day.
Once the shirt is in a dark or low-light environment, the glow-in-the-dark ink will emit a soft, luminous glow, creating a captivating visual effect. The glowing effect may gradually fade as the stored light energy is released over time.
Glow-in-the-dark puff printing adds a unique and captivating element to shirts, making the design stand out and generating interest. The glow-in-the-dark effect ensures that the design remains visible even in low-light or pitch-dark conditions, making it ideal for safety-related applications as well.
Glow-in-the-dark puff printing on shirts is a creative and eye-catching printing technique that combines two unique features: a raised 3D effect (puff printing) and the ability to glow in the dark. This method is used to create designs on shirts that appear as regular prints during the day but emit a glowing effect in low-light conditions or darkness. It's particularly popular for adding fun and engaging elements to custom apparel.
The design is printed on the shirt using a special ink that expands when exposed to heat (puff ink). This process creates the raised 3D effect on the fabric. The puff ink is applied to the specific areas of the design where the raised effect is desired.
Once the puff ink has been applied and dried, a layer of glow-in-the-dark ink is added on top of the puff print. This ink contains phosphorescent pigments that can absorb and store light energy when exposed to light during the day.
Once the shirt is in a dark or low-light environment, the glow-in-the-dark ink will emit a soft, luminous glow, creating a captivating visual effect. The glowing effect may gradually fade as the stored light energy is released over time.
Glow-in-the-dark puff printing adds a unique and captivating element to shirts, making the design stand out and generating interest. The glow-in-the-dark effect ensures that the design remains visible even in low-light or pitch-dark conditions, making it ideal for safety-related applications as well.
LASER PRINTING
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
RHINESTONE PRINTING
Rhinestone printing on shirts, also known as rhinestone embellishment or rhinestone transfer, is a decorative technique that involves adding sparkling rhinestones to fabric, typically T-shirts or other garments. Rhinestones are small, faceted, and imitation gemstones made from glass or acrylic, and they come in various colors, shapes, and sizes. Rhinestone printing allows you to create dazzling designs and patterns on shirts, adding a touch of glamour and sparkle to the apparel.
The rhinestone template is placed on the fabric of the shirt. The rhinestones are then individually placed into the holes or indentations of the template, ensuring they align with the design's pattern.
To secure the rhinestones to the fabric, heat-activated adhesive is applied to the back of the rhinestones. The adhesive allows the rhinestones to adhere to the fabric when heat and pressure are applied. The rhinestone template, with the rhinestones and adhesive in place, is placed on a heat press. The heat press applies heat and pressure to the fabric, activating the adhesive and permanently affixing the rhinestones to the shirt.
Rhinestone printing adds a touch of elegance and glamour to shirts, rhinestones reflect light and sparkle, making the design stand out and catch attention. Rhinestone printing can be applied to various fabric types and colors, offering versatility in designing custom apparel.
Rhinestone printing on shirts, also known as rhinestone embellishment or rhinestone transfer, is a decorative technique that involves adding sparkling rhinestones to fabric, typically T-shirts or other garments. Rhinestones are small, faceted, and imitation gemstones made from glass or acrylic, and they come in various colors, shapes, and sizes. Rhinestone printing allows you to create dazzling designs and patterns on shirts, adding a touch of glamour and sparkle to the apparel.
The rhinestone template is placed on the fabric of the shirt. The rhinestones are then individually placed into the holes or indentations of the template, ensuring they align with the design's pattern.
To secure the rhinestones to the fabric, heat-activated adhesive is applied to the back of the rhinestones. The adhesive allows the rhinestones to adhere to the fabric when heat and pressure are applied. The rhinestone template, with the rhinestones and adhesive in place, is placed on a heat press. The heat press applies heat and pressure to the fabric, activating the adhesive and permanently affixing the rhinestones to the shirt.
Rhinestone printing adds a touch of elegance and glamour to shirts, rhinestones reflect light and sparkle, making the design stand out and catch attention. Rhinestone printing can be applied to various fabric types and colors, offering versatility in designing custom apparel.
HOLOGRAPHIC PRINT
Holographic print on shirts is a dazzling and futuristic printing technique that creates a holographic or iridescent effect on the fabric. It involves using specialized inks, foils, or films that diffract light and create a mesmerizing display of colors that change depending on the viewing angle. The result is a dynamic and eye-catching design that appears to shimmer and shift as the shirt and the person wearing it move.
Holographic print requires special materials that have a reflective and diffractive surface. These materials are often in the form of holographic foils or films.The holographic material is transferred or laminated onto the fabric using heat and pressure. This process allows the holographic properties to adhere to the shirt, creating the shimmering effect.
Holographic print creates a striking and attention-grabbing design that stands out from regular prints or embroidery. The design appears to change and shift as the viewing angle and light source change, giving it a dynamic and ever-changing appearance. Holographic prints have a futuristic and high-tech vibe, making them popular for fashion-forward and modern designs.
It's important to note that holographic print on shirts may require special care to maintain the holographic effect over time. Washing instructions provided by the manufacturer or printer should be followed to ensure the longevity of the holographic design.
Holographic print on shirts is a dazzling and futuristic printing technique that creates a holographic or iridescent effect on the fabric. It involves using specialized inks, foils, or films that diffract light and create a mesmerizing display of colors that change depending on the viewing angle. The result is a dynamic and eye-catching design that appears to shimmer and shift as the shirt and the person wearing it move.
Holographic print requires special materials that have a reflective and diffractive surface. These materials are often in the form of holographic foils or films.The holographic material is transferred or laminated onto the fabric using heat and pressure. This process allows the holographic properties to adhere to the shirt, creating the shimmering effect.
Holographic print creates a striking and attention-grabbing design that stands out from regular prints or embroidery. The design appears to change and shift as the viewing angle and light source change, giving it a dynamic and ever-changing appearance. Holographic prints have a futuristic and high-tech vibe, making them popular for fashion-forward and modern designs.
It's important to note that holographic print on shirts may require special care to maintain the holographic effect over time. Washing instructions provided by the manufacturer or printer should be followed to ensure the longevity of the holographic design.
MULTI PATCH PRINT
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
KNITTED APPAREL
Knitted stitching is a type of garment made from knitted fabric. Unlike traditional woven fabrics, knitted fabrics are created by interlocking loops of yarn to form a stretchy and flexible textile. Knit shirts are known for their comfort, softness, and breathability, making them a popular choice for casual wear.
The defining feature of a knitted stitch shirt is the fabric it is made from. Knitted fabrics are constructed by using needles to create interlocking loops of yarn. This knitting process gives the fabric its characteristic stretch and texture.
Knitted stitch shirts are known for their comfortable fit and stretchability. The natural elasticity of the knitted fabric allows the shirt to conform to the body's shape, providing ease of movement and a relaxed fit.
Knitted fabrics tend to be breathable, allowing air to pass through the loops of yarn and making the shirt suitable for warm weather or active use. The cuffs of knitted stitch shirts are often rib-knit, providing a snug fit around the wrists. The hem may also feature ribbing to help the shirt retain its shape and prevent it from stretching out over time.
Knitted stitch shirts come in a wide range of colors, patterns, and styles, catering to different tastes and fashion preferences.
Knitted stitching is a type of garment made from knitted fabric. Unlike traditional woven fabrics, knitted fabrics are created by interlocking loops of yarn to form a stretchy and flexible textile. Knit shirts are known for their comfort, softness, and breathability, making them a popular choice for casual wear.
The defining feature of a knitted stitch shirt is the fabric it is made from. Knitted fabrics are constructed by using needles to create interlocking loops of yarn. This knitting process gives the fabric its characteristic stretch and texture.
Knitted stitch shirts are known for their comfortable fit and stretchability. The natural elasticity of the knitted fabric allows the shirt to conform to the body's shape, providing ease of movement and a relaxed fit.
Knitted fabrics tend to be breathable, allowing air to pass through the loops of yarn and making the shirt suitable for warm weather or active use. The cuffs of knitted stitch shirts are often rib-knit, providing a snug fit around the wrists. The hem may also feature ribbing to help the shirt retain its shape and prevent it from stretching out over time.
Knitted stitch shirts come in a wide range of colors, patterns, and styles, catering to different tastes and fashion preferences.
3M REFLECTIVE PRINT
3M reflective printing is a specialized printing technique that involves using 3M reflective materials to create designs that reflect light, making them highly visible in low-light or nighttime conditions. The 3M reflective material used in this printing process is a type of retro-reflective material, meaning it bounces light back towards its source.
The 3M reflective material is cut into the shape of the design using a cutting machine. This process creates a stencil-like template that will be applied to the shirt. The cut 3M reflective material is carefully placed on the fabric, following the design's pattern. It is positioned in the desired areas of the design where enhanced visibility is required.
A heat press or heat transfer machine is used to apply heat and pressure to the shirt. This process activates the adhesive on the back of the 3M reflective material, permanently adhering it to the fabric. After the heat transfer process, the fabric is allowed to cool. Once cooled, the excess 3M reflective material that did not adhere to the fabric is removed, leaving behind the design.
3M reflective printing significantly enhances the visibility of the printed design in low-light or nighttime conditions. The 3M reflective material used in this printing technique is durable and can withstand regular wear and washing without losing its reflective properties.
3M reflective printing is a specialized printing technique that involves using 3M reflective materials to create designs that reflect light, making them highly visible in low-light or nighttime conditions. The 3M reflective material used in this printing process is a type of retro-reflective material, meaning it bounces light back towards its source.
The 3M reflective material is cut into the shape of the design using a cutting machine. This process creates a stencil-like template that will be applied to the shirt. The cut 3M reflective material is carefully placed on the fabric, following the design's pattern. It is positioned in the desired areas of the design where enhanced visibility is required.
A heat press or heat transfer machine is used to apply heat and pressure to the shirt. This process activates the adhesive on the back of the 3M reflective material, permanently adhering it to the fabric. After the heat transfer process, the fabric is allowed to cool. Once cooled, the excess 3M reflective material that did not adhere to the fabric is removed, leaving behind the design.
3M reflective printing significantly enhances the visibility of the printed design in low-light or nighttime conditions. The 3M reflective material used in this printing technique is durable and can withstand regular wear and washing without losing its reflective properties.
RUBBER PATCH STITCH
Rubber patch stitching on shirts is a decorative and durable technique used to add rubber patches or emblems onto fabric. These patches are made of flexible rubber material and feature raised designs or logos. The rubber patches are stitched onto the shirt, providing a secure and long-lasting embellishment that adds a unique and textured element to the garment.
The rubber patches or emblems that will be stitched onto the shirt are customisable in various shapes, sizes, and designs. The rubber patch can be positioned in any part of the apparel: front, back, sleeves, or other areas of the shirt, depending on the design and preference.
Rubber patch stitching provides a durable and long-lasting embellishment that can withstand regular wear and washing without losing its integrity. The rubber patches add a three-dimensional and textured element to the shirt, enhancing the overall design.
Rubber patches come in a wide variety of designs, allowing for customization and personalization of apparels. Rubber patch stitching on shirts requires skilled craftsmanship and precision to ensure the patches are securely attached and create a polished appearance.
Rubber patch stitching on shirts is a decorative and durable technique used to add rubber patches or emblems onto fabric. These patches are made of flexible rubber material and feature raised designs or logos. The rubber patches are stitched onto the shirt, providing a secure and long-lasting embellishment that adds a unique and textured element to the garment.
The rubber patches or emblems that will be stitched onto the shirt are customisable in various shapes, sizes, and designs. The rubber patch can be positioned in any part of the apparel: front, back, sleeves, or other areas of the shirt, depending on the design and preference.
Rubber patch stitching provides a durable and long-lasting embellishment that can withstand regular wear and washing without losing its integrity. The rubber patches add a three-dimensional and textured element to the shirt, enhancing the overall design.
Rubber patches come in a wide variety of designs, allowing for customization and personalization of apparels. Rubber patch stitching on shirts requires skilled craftsmanship and precision to ensure the patches are securely attached and create a polished appearance.
SUBLIMATION PRINT
Sublimation printing on shirts is a popular and versatile printing technique that uses heat and pressure to transfer dye onto fabric. Unlike traditional printing methods, such as screen printing or direct-to-garment printing, sublimation printing allows for vibrant and detailed designs to be permanently infused into the fabric fibers. The result is a soft, breathable, and long-lasting print that does not add any additional texture to the shirt.
The sublimation transfer paper with the printed design is placed onto the shirt, with the design facing down onto the fabric. It is then secured in place with heat-resistant tape. The high heat causes the sublimation ink to penetrate the shirt's fibers, bonding with the polyester content in the fabric. Sublimation works best on polyester or polyester-blend shirts because the ink needs this polymer content to bond effectively.
Sublimation printing allows for high-resolution and full-color designs with excellent detail and vibrancy. Since the ink becomes a part of the fabric, sublimation prints are durable, long-lasting, and less prone to fading or cracking over time.
Sublimation printing is widely used for producing custom sports uniforms, activewear, event apparel, and promotional shirts. However, it is essential to use polyester or polyester-blend shirts for sublimation, as the ink will not bond well with 100% cotton or other natural fibers.
Puff printing is a specialised technique used in textile printing to create a raised, three-dimensional effect on the printed design. The purpose is to to add texture and depth to the printed graphics.
The process of puff printing involves using a special puff ink, which contains a puffing agent. When the ink is heated during the drying or curing process, the puffing agent expands, causing the printed area to rise or puff up. This results in a raised 3D effect that stands out from the fabric, creating a unique and eye-catching design element.
Puff printing is versatile and can be used for a wide range of design styles. It works well with both simple and complex designs, allowing for creative expression and versatility in custom apparel.
Puff prints are durable and can withstand regular wear and washing without losing their raised texture or fading significantly. This ensures the design retains its unique features for an extended period.
Puff printing on shirts is an excellent choice for those looking to create unique and visually striking designs that stand out from standard flat prints.
Chenille embroidery involves the use of chenille material, which is a fuzzy and tufted fabric with raised pile loops. This material is usually made of cotton, the chenille material is affixed to the fabric within the embroidery hoop. The embroidery machine is set up with the appropriate thread colors and chenille material. After the chenille material is stitched onto the shirt, the excess material outside the stitching lines is carefully cut away. This leaves the chenille fabric loops secured on the fabric, creating a raised and textured design.
Chenille embroidery adds a vintage and retro aesthetic to shirts, making it popular for sports teams, schools, and organizations that seek a classic and timeless style. The raised chenille fabric loops create dimension and depth on the shirt, enhancing the overall design's visual impact.
Chenille embroidery is durable and long-lasting, ensuring that the design retains its quality and appearance over time.
Chenille embroidery involves the use of chenille material, which is a fuzzy and tufted fabric with raised pile loops. This material is usually made of cotton, the chenille material is affixed to the fabric within the embroidery hoop. The embroidery machine is set up with the appropriate thread colors and chenille material. After the chenille material is stitched onto the shirt, the excess material outside the stitching lines is carefully cut away. This leaves the chenille fabric loops secured on the fabric, creating a raised and textured design.
Chenille embroidery adds a vintage and retro aesthetic to shirts, making it popular for sports teams, schools, and organizations that seek a classic and timeless style. The raised chenille fabric loops create dimension and depth on the shirt, enhancing the overall design's visual impact.
Chenille embroidery is durable and long-lasting, ensuring that the design retains its quality and appearance over time.
THREAD EMBROIDERY
Thread left hanging loose at end as if it is running ink.
PIXILATED EMBROIDERY
Pixelated embroidery, also known as low-resolution embroidery or cross-stitch embroidery, is a unique and creative form of embroidery that replicates the look of pixel art or cross-stitch patterns on fabric. Instead of using traditional smooth and continuous stitches, pixelated embroidery employs discrete, square-shaped stitches to mimic the appearance of individual pixels.
For pixelated embroidery, the design is usually created in a grid format, with each square representing a pixel. The design can be original pixel art, a digital image converted into pixel format, or a cross-stitch pattern.
The embroidery machine begins the stitching process, laying down the stitches according to the design's pixelated pattern. Each stitch corresponds to a square in the pixelated design, creating the pixelated appearance.
Pixelated embroidery offers a unique and creative way to replicate pixel art or cross-stitch designs on fabric. It provides a distinct visual style that stands out from traditional smooth embroidery.Pixelated embroidery allows for a high level of customization, as you can create or choose any pixelated design to be embroidered.
Pixelated embroidery provides a canvas for artistic expression and creativity, allowing artists and crafters to experiment with different pixel art or cross-stitch patterns.Pixelated embroidery is a fun and engaging form of embroidery that offers a unique way to add a nostalgic or artistic touch to the fabric
Pixelated embroidery, also known as low-resolution embroidery or cross-stitch embroidery, is a unique and creative form of embroidery that replicates the look of pixel art or cross-stitch patterns on fabric. Instead of using traditional smooth and continuous stitches, pixelated embroidery employs discrete, square-shaped stitches to mimic the appearance of individual pixels.
For pixelated embroidery, the design is usually created in a grid format, with each square representing a pixel. The design can be original pixel art, a digital image converted into pixel format, or a cross-stitch pattern.
The embroidery machine begins the stitching process, laying down the stitches according to the design's pixelated pattern. Each stitch corresponds to a square in the pixelated design, creating the pixelated appearance.
Pixelated embroidery offers a unique and creative way to replicate pixel art or cross-stitch designs on fabric. It provides a distinct visual style that stands out from traditional smooth embroidery.Pixelated embroidery allows for a high level of customization, as you can create or choose any pixelated design to be embroidered.
Pixelated embroidery provides a canvas for artistic expression and creativity, allowing artists and crafters to experiment with different pixel art or cross-stitch patterns.Pixelated embroidery is a fun and engaging form of embroidery that offers a unique way to add a nostalgic or artistic touch to the fabric
3D EMBROIDERY
3D embroidery on shirts, also known as puff embroidery or raised embroidery, is a specialized technique that creates a three-dimensional and raised effect on the fabric. It involves using thick embroidery threads or adding additional materials to make certain parts of the design stand out from the surface of the shirt. The result is a textured and visually appealing design that adds depth and dimension to the garment.
o achieve the 3D effect, puff material is added to the designated areas of the design. Puff material is a specialized foam-like substance that is placed under the fabric where the raised effect is desired.
3D embroidery creates a visually striking and textured design that stands out from regular flat embroidery or printing.The raised effect of 3D embroidery provides a tactile experience for the wearer and those who interact with the shirt.
3D embroidery creates a visually striking and textured design that stands out from regular flat embroidery or printing.3D embroidery on shirts is a popular choice for adding a unique and high-quality touch to various types of apparel
3D embroidery on shirts, also known as puff embroidery or raised embroidery, is a specialized technique that creates a three-dimensional and raised effect on the fabric. It involves using thick embroidery threads or adding additional materials to make certain parts of the design stand out from the surface of the shirt. The result is a textured and visually appealing design that adds depth and dimension to the garment.
o achieve the 3D effect, puff material is added to the designated areas of the design. Puff material is a specialized foam-like substance that is placed under the fabric where the raised effect is desired.
3D embroidery creates a visually striking and textured design that stands out from regular flat embroidery or printing.The raised effect of 3D embroidery provides a tactile experience for the wearer and those who interact with the shirt.
3D embroidery creates a visually striking and textured design that stands out from regular flat embroidery or printing.3D embroidery on shirts is a popular choice for adding a unique and high-quality touch to various types of apparel
EMBROIDERY
Embroidery on shirts is a decorative technique in which designs, logos, or patterns are stitched directly onto the fabric using specialized embroidery machines. It is a traditional and popular method for adding intricate and detailed designs to the apparel.
The embroidery process begins with creating the design or logo that will be stitched onto the shirt. The design is then converted into a digital embroidery file through a process called "digitization." Digitization involves using embroidery software to convert the design into a series of stitch commands that the embroidery machine can interpret.
Embroidery creates a raised, three-dimensional texture on the fabric, adding depth and a tactile element to the design. The stitches stand out from the fabric, providing a unique and visually appealing look and feel.
Embroidered designs have a classic and elegant appearance, making them suitable for a wide range of applications, from corporate apparel to formalwear. The professional finish of embroidery enhances the overall look of the shirt.
Embroidery is highly durable and can withstand repeated washing and wear without fading or peeling. The thread used in embroidery is resilient and maintains its color and integrity over time.
The uniqueness of embroidery on shirts lies in its ability to add texture, sophistication, and lasting quality to apparel. The attention to detail and craftsmanship involved in the embroidery process make it a favored choice for branding, personalization, and creating high-quality garments.
Puff printing is a specialised technique used in textile printing to create a raised, three-dimensional effect on the printed design. The purpose is to to add texture and depth to the printed graphics.
The process of puff printing involves using a special puff ink, which contains a puffing agent. When the ink is heated during the drying or curing process, the puffing agent expands, causing the printed area to rise or puff up. This results in a raised 3D effect that stands out from the fabric, creating a unique and eye-catching design element.
Puff printing is versatile and can be used for a wide range of design styles. It works well with both simple and complex designs, allowing for creative expression and versatility in custom apparel.
Puff prints are durable and can withstand regular wear and washing without losing their raised texture or fading significantly. This ensures the design retains its unique features for an extended period.
Puff printing on shirts is an excellent choice for those looking to create unique and visually striking designs that stand out from standard flat prints.
EMBOSSING
Embossing printing on apparel involves using the embossing technique to create raised, 3D designs on apparels.
In this process, an engraved metal plate with the desired design is pressed into the apparel using heat and pressure. The pressure reshapes the fabric, causing the design to rise above the surrounding surface making it stand out and giving it a unique, premium appearance.
Embossing printing on shirts, also known as embossed printing or embossing, is a specialized technique used to create raised, three-dimensional designs on fabric.The pressure reshapes the fabric, causing the design to rise above the surrounding surface making it stand out and giving it a unique, premium appearance. Unlike traditional printing methods where ink is applied to the surface of the fabric, embossing involves creating a raised pattern or design that stands out from the fabric.
Embossing allows for customization and flexibility in design. Various patterns and designs can be embossed on shirts, catering to different preferences and branding needs.
Embossing can create a subtle, sophisticated effect on shirts, making it suitable for more formal or elegant designs.
Embossing printing on apparel involves using the embossing technique to create raised, 3D designs on apparels.
In this process, an engraved metal plate with the desired design is pressed into the apparel using heat and pressure. The pressure reshapes the fabric, causing the design to rise above the surrounding surface making it stand out and giving it a unique, premium appearance.
Embossing printing on shirts, also known as embossed printing or embossing, is a specialized technique used to create raised, three-dimensional designs on fabric.The pressure reshapes the fabric, causing the design to rise above the surrounding surface making it stand out and giving it a unique, premium appearance. Unlike traditional printing methods where ink is applied to the surface of the fabric, embossing involves creating a raised pattern or design that stands out from the fabric.
Embossing allows for customization and flexibility in design. Various patterns and designs can be embossed on shirts, catering to different preferences and branding needs.
Embossing can create a subtle, sophisticated effect on shirts, making it suitable for more formal or elegant designs.
3D STUFFED STITCHING
HEAT REACTIVE PRINT
Heat-reactive printing, also known as thermochromic printing, is a fascinating printing technique that involves inks that change color.
The process relies on specialized thermochromic materials that respond to temperature changes, causing a visible alteration in the printed design.
In heat-reactive printing, thermochromic ink is used, the ink remains in a particular color or state at standard room temperature.
Heat-reactive prints add an interactive and playful element to the shirt. When the fabric is subjected to heat, such as body heat, the print changes its appearance, creating an engaging and dynamic effect. This surprise factor can captivate people's attention and spark conversations.
With heat-reactive printing, the shirt can have two distinct appearances—one at room temperature and another when heated. The color change can be as simple as switching between two colors or revealing an entirely new design that was hidden before.
For marketing and branding purposes, heat-reactive prints can be an effective way to create buzz and engagement around a brand. The interactive nature of the print can leave a lasting impression on customers and increase brand awareness.
Heat-reactive printing, also known as thermochromic printing, is a fascinating printing technique that involves inks that change color.
The process relies on specialized thermochromic materials that respond to temperature changes, causing a visible alteration in the printed design.
In heat-reactive printing, thermochromic ink is used, the ink remains in a particular color or state at standard room temperature.
Heat-reactive prints add an interactive and playful element to the shirt. When the fabric is subjected to heat, such as body heat, the print changes its appearance, creating an engaging and dynamic effect. This surprise factor can captivate people's attention and spark conversations.
With heat-reactive printing, the shirt can have two distinct appearances—one at room temperature and another when heated. The color change can be as simple as switching between two colors or revealing an entirely new design that was hidden before.
For marketing and branding purposes, heat-reactive prints can be an effective way to create buzz and engagement around a brand. The interactive nature of the print can leave a lasting impression on customers and increase brand awareness.
RUBBER PRINTING
3D rubber printing on shirts is a printing technique that combines elements of 3D printing and silicone-based ink application. Design for 3D rubber printing can be hand-drawn or created digitally using graphic design software. Keep in mind that intricate details and fine lines may not work well with rubberised printing, as the raised effect could be less defined.
Sharp cutting tools is used, such as linoleum cutters or gouges, to carefully carve away the negative space around the design, leaving the positive part (the design itself) raised on the block's surface.
With the rubber block now coated with a layer of adhesive, it is pressed firmly onto the fabric of the shirt. The pressure transfers the adhesive from the block onto the shirt, creating the printed image. To ensure a clean and consistent print, a printing press will be used to apply pressure uniformly.
One of the most distinctive features of rubber printing is the raised and textured effect it creates on the fabric. This adds depth and tactile interest to the design, making it stand out from regular flat prints. The added dimension brings a unique visual aesthetic to the printed shirts, making them distinct and memorable.
3D rubber printing on shirts is a printing technique that combines elements of 3D printing and silicone-based ink application. Design for 3D rubber printing can be hand-drawn or created digitally using graphic design software. Keep in mind that intricate details and fine lines may not work well with rubberised printing, as the raised effect could be less defined.
Sharp cutting tools is used, such as linoleum cutters or gouges, to carefully carve away the negative space around the design, leaving the positive part (the design itself) raised on the block's surface.
With the rubber block now coated with a layer of adhesive, it is pressed firmly onto the fabric of the shirt. The pressure transfers the adhesive from the block onto the shirt, creating the printed image. To ensure a clean and consistent print, a printing press will be used to apply pressure uniformly.
One of the most distinctive features of rubber printing is the raised and textured effect it creates on the fabric. This adds depth and tactile interest to the design, making it stand out from regular flat prints. The added dimension brings a unique visual aesthetic to the printed shirts, making them distinct and memorable.
DTG (Direct to Garment)
DTG (Direct-to-Garment) printing is a modern and innovative method of printing graphics, images, or designs directly onto fabric surfaces. This technology allows for high-quality, full-color prints on various textiles, including cotton, polyester blends, and other natural fibers.
DTG printers apply ink directly to the garment, providing more intricate details and vibrant colors with a smoother finish.
DTG process involves specialized inkjet printers equipped with water-based textile inks. These printers can precisely apply the ink in multiple layers to achieve the desired image or design.
DTG printing allows for the reproduction of intricate and detailed designs with an extensive range of colors. It can produce high-resolution prints with gradients, shading, and photographic-like quality, making it ideal for complex and vibrant artwork.
The ink used in DTG printing is water-based and soaks into the fabric fibers, resulting in a soft and breathable print that becomes part of the shirt. The prints have a comfortable feel and do not have the heavy, plasticky texture that can be associated with other printing techniques.
DTG printing is suitable for a wide range of fabric types, including cotton, polyester, blends, and even some more delicate fabrics like bamboo or modal. This versatility allows for printing on various garments, from T-shirts and hoodies to tote bags and more.
DTG (Direct-to-Garment) printing is a modern and innovative method of printing graphics, images, or designs directly onto fabric surfaces. This technology allows for high-quality, full-color prints on various textiles, including cotton, polyester blends, and other natural fibers.
DTG printers apply ink directly to the garment, providing more intricate details and vibrant colors with a smoother finish.
DTG process involves specialized inkjet printers equipped with water-based textile inks. These printers can precisely apply the ink in multiple layers to achieve the desired image or design.
DTG printing allows for the reproduction of intricate and detailed designs with an extensive range of colors. It can produce high-resolution prints with gradients, shading, and photographic-like quality, making it ideal for complex and vibrant artwork.
The ink used in DTG printing is water-based and soaks into the fabric fibers, resulting in a soft and breathable print that becomes part of the shirt. The prints have a comfortable feel and do not have the heavy, plasticky texture that can be associated with other printing techniques.
DTG printing is suitable for a wide range of fabric types, including cotton, polyester, blends, and even some more delicate fabrics like bamboo or modal. This versatility allows for printing on various garments, from T-shirts and hoodies to tote bags and more.
SILKSCREEN
Silkscreen printing, also known as screen printing or serigraphy, is a traditional and versatile method of printing images, designs, or patterns onto fabric. The process involves creating a stencil (screen) by tightly stretching a mesh fabric (originally silk, but now typically polyester) over a frame. Areas of the screen are blocked off to create a negative space that allows ink to pass through.
To create a print, ink is pushed through the open areas of the screen onto the substrate using a squeegee. Each colour requires a separate screen, and the process is repeated for each layer of colour in the design.
Silkscreen printing produces long-lasting and highly durable prints on shirts. The ink used in the process is applied with substantial pressure, resulting in a strong bond with the fabric. This makes the print resistant to fading, cracking, and peeling, even after multiple washes.
This printing technique is suitable for large-scale production, especially when dealing with simple or bold designs.
Screen printing can achieve vibrant and opaque colours, especially when using plastisol or specialty inks. The prints stand out prominently on the fabric, making them visually appealing and attention-grabbing.
The thickness of the ink layer can be adjusted during screen printing, allowing for different levels of texture and raised effects. This customization option can be utilised to create specific design elements or achieve a unique look.
Silkscreen printing, also known as screen printing or serigraphy, is a traditional and versatile method of printing images, designs, or patterns onto fabric. The process involves creating a stencil (screen) by tightly stretching a mesh fabric (originally silk, but now typically polyester) over a frame. Areas of the screen are blocked off to create a negative space that allows ink to pass through.
To create a print, ink is pushed through the open areas of the screen onto the substrate using a squeegee. Each colour requires a separate screen, and the process is repeated for each layer of colour in the design.
Silkscreen printing produces long-lasting and highly durable prints on shirts. The ink used in the process is applied with substantial pressure, resulting in a strong bond with the fabric. This makes the print resistant to fading, cracking, and peeling, even after multiple washes.
This printing technique is suitable for large-scale production, especially when dealing with simple or bold designs.
Screen printing can achieve vibrant and opaque colours, especially when using plastisol or specialty inks. The prints stand out prominently on the fabric, making them visually appealing and attention-grabbing.
The thickness of the ink layer can be adjusted during screen printing, allowing for different levels of texture and raised effects. This customization option can be utilised to create specific design elements or achieve a unique look.
REFLECTIVE PUFF PRINT
Reflective puff print is a specialised technique used in textile printing to create a reflective, three-dimensional puff effect on the printed design. The purpose is to to add reflective texture and depth to the printed graphics.
The process of reflective puff printing involves using a special puff ink with a layer of reflective ink, which contains a blowing agent. When the ink is heated during the drying or curing process, the blowing agent expands, causing the printed area to rise or puff up. This results in a raised effect that stands out from the fabric, creating a unique and eye-catching design element.
Reflective puff printing can be used to enhance specific areas of a design or the entire print, depending on the desired effect. It adds a m to the finished product, making the printed design more interesting and engaging.
Reflective puff print is a specialised technique used in textile printing to create a reflective, three-dimensional puff effect on the printed design. The purpose is to to add reflective texture and depth to the printed graphics.
The process of reflective puff printing involves using a special puff ink with a layer of reflective ink, which contains a blowing agent. When the ink is heated during the drying or curing process, the blowing agent expands, causing the printed area to rise or puff up. This results in a raised effect that stands out from the fabric, creating a unique and eye-catching design element.
Reflective puff printing can be used to enhance specific areas of a design or the entire print, depending on the desired effect. It adds a m to the finished product, making the printed design more interesting and engaging.
DIGITAL PRINT
One of the most common prints used by many brands.
Digital printing achieve vibrant and saturated colours due to the use of specialised inks and transfer process. This makes it suitable for designs that require high coluor intensity and accuracy.
Unlike traditional DTG printing, Digital printing can produce opaque prints on dark-coloured garments without the need for white underbase printing. This can result in more vibrant and precise designs on dark shirts.
Digital printing can handle both simple and complex designs, including photographs and intricate patterns, with high detail and clarity.
When done correctly, digital prints are generally durable and can withstand regular washing without significant fading or cracking, ensuring long-lasting designs.
PUFF PRINT
Puff printing is a specialised technique used in textile printing to create a raised, three-dimensional effect on the printed design. The purpose is to to add texture and depth to the printed graphics.
The process of puff printing involves using a special puff ink, which contains a puffing agent. When the ink is heated during the drying or curing process, the puffing agent expands, causing the printed area to rise or puff up. This results in a raised 3D effect that stands out from the fabric, creating a unique and eye-catching design element.
Puff printing is versatile and can be used for a wide range of design styles. It works well with both simple and complex designs, allowing for creative expression and versatility in custom apparel.
Puff prints are durable and can withstand regular wear and washing without losing their raised texture or fading significantly. This ensures the design retains its unique features for an extended period.
Puff printing on shirts is an excellent choice for those looking to create unique and visually striking designs that stand out from standard flat prints.
Puff printing is a specialised technique used in textile printing to create a raised, three-dimensional effect on the printed design. The purpose is to to add texture and depth to the printed graphics.
The process of puff printing involves using a special puff ink, which contains a puffing agent. When the ink is heated during the drying or curing process, the puffing agent expands, causing the printed area to rise or puff up. This results in a raised 3D effect that stands out from the fabric, creating a unique and eye-catching design element.
Puff printing is versatile and can be used for a wide range of design styles. It works well with both simple and complex designs, allowing for creative expression and versatility in custom apparel.
Puff prints are durable and can withstand regular wear and washing without losing their raised texture or fading significantly. This ensures the design retains its unique features for an extended period.
Puff printing on shirts is an excellent choice for those looking to create unique and visually striking designs that stand out from standard flat prints.
WINDBREAKER REFLECTIVE ZIP
TS #951 (with hood)
Please allow 3cm +- tolerance
WINDBREAKER
TS #112
Please allow 3cm +- tolerance
BASIC WINDBREAKER
TS #112 (no sleeve line)
Please allow 3cm +- tolerance
WINDBREAKER
140 GSM
Please allow 3cm +- tolerance
DRIFIT REGULAR TEE
T808
Please allow 3cm +- tolerance
PREMIUM REGULAR TEE
220 GSM
Please allow 3cm +- tolerance
GILDAN REGULAR TEE
220 GSM
Please allow 3cm +- tolerance
DIGITAL PRINT
One of the most common prints used by many brands.
Digital printing achieve vibrant and saturated colours due to the use of specialised inks and transfer process. This makes it suitable for designs that require high coluor intensity and accuracy.
Unlike traditional DTG printing, Digital printing can produce opaque prints on dark-coloured garments without the need for white underbase printing. This can result in more vibrant and precise designs on dark shirts.
Digital printing can handle both simple and complex designs, including photographs and intricate patterns, with high detail and clarity.
When done correctly, digital prints are generally durable and can withstand regular washing without significant fading or cracking, ensuring long-lasting designs.
