Tag: Non woven interlining

It is one of those decisions that gets made quickly on the production floor and rarely gets questioned, until it should.

White interlining on a dark garment. Black under a light-coloured fabric that presses through. The wrong colour selected for a full batch, visible only once garments are finished and pressed. These are avoidable problems, and they come down to one simple choice that many manufacturers make without a clear framework.

This guide covers non woven fusible interlining, what it is, how it performs, and specifically how to choose between white and black based on garment type, outer fabric colour, and end use. If you are producing shirts, daily wear, collars, cuffs, or lighter garments at scale, this is the decision that needs to be right before cutting starts.

Table of Contents

• What Non Woven Interlining Is and How It Differs From Woven
• The GSM Range: 30 to 80 and What Each Weight Does
• White vs Black: The Colour Decision Explained
• Garment-Specific Use Guide
• Common Mistakes Manufacturers Make With This Interlining
• Choosing a Reliable Non Woven Interlining Supplier

What Non Woven Interlining Is and How It Differs From Woven

Non woven interlining is a fusible interlining made from bonded fibres rather than woven threads. The fibres are pressed and bonded together using heat, chemical adhesion, or mechanical needling, producing a fabric-like sheet without any woven structure.

This construction makes it fundamentally different from woven fusible interlining in terms of how it behaves inside a garment.

Woven interlining has a structured weave, directional grain, and significant body. It is designed for heavy-duty applications, suits, blazers, sherwanis, structured ethnic formal wear, where the interlining needs to contribute shape, stiffness, and long-term structural integrity to the garment. Our woven fusible range runs from 30 GSM to 150 GSM and uses PA double-dot coating for faster, stronger bonding.

The non woven version has no grain direction, softer body, and more flexibility. It does not hold structure the way woven interlining does. What it does well is add light support, body, and crispness to garment components that need some reinforcement without weight or rigidity. This is why it serves a completely different range of applications, lighter garments, daily wear, functional components like collars and cuffs, rather than structured formal wear.

Key specifications for our non woven fusible interlining:

• GSM range: 30 GSM to 80 GSM
• Roll length: 90 metres
• Colours: White and Black
• Coating: Fusible (heat-bonding adhesive on one side)
• Applications: All garment types, both genders — lighter daily wear, collar and cuff applications, shirt plackets

The 90-metre roll length (versus 50 metres for woven) reflects the lighter per-garment usage, this product covers more garments per roll, and production volumes in the shirt and daily wear category typically run higher than structured formal wear. At Double Ghoda, we supply both roll formats to ensure your production line is never held up by supply mismatch.

The GSM Range: 30 to 80 and What Each Weight Does

The range runs from 30 GSM to 80 GSM. Unlike woven interlining, where Indian manufacturers lean heavily toward 100+ GSM for ethnic formal wear, non woven fusible interlining is used across its full width, with the right weight chosen for the specific garment component.

• 30–40 GSM — Featherlight Support

The lightest end. At 30–40 GSM, the product adds minimal body to very thin fabrics without any discernible stiffness. It is used where the goal is dimensional stability rather than structural support, preventing stretch or distortion in lightweight knit or woven fabrics during cutting and sewing.

Best for: Very light daily wear garments, thin shirt plackets in fine cotton or poly-cotton, lightweight women’s garments where any stiffness would be visible or uncomfortable.

• 45–55 GSM — Light to Mid Support

The practical mid-range for shirt and daily wear applications. 45–55 GSM provides enough body to crisp up a collar or cuff without making the garment feel stiff or over-reinforced.

Best for: Standard shirt collars, shirt cuffs, shirt patti (placket), lightweight jacket facing panels, casual trouser waistband facings.

This weight range accounts for the majority of volume in shirt manufacturing, by far the largest application category for this product type.

• 60–80 GSM — Medium-Heavy

The heavier end. At 60–80 GSM, the product provides significantly more body, enough to add crispness to structured collars, reinforce facing panels in light jackets, or support components in semi-formal garments.

Best for: Structured stand collars in kurtas and bandhgalas, facing panels in light jackets, waistband interfacing in formal trousers, semi-formal women’s garments where collar structure is a design feature.

At 80 GSM, the behaviour begins to approach very light woven interlining, but without the grain direction or long-term shape retention that woven provides. For any garment component requiring lasting structural shape over repeated use and cleaning, woven fusible interlining remains the correct choice.

White vs Black: The Colour Decision Explained

This is the core decision, and it is simpler than it sounds, but it matters more than most manufacturers give it credit for.

The interlining is bonded to the inner surface of an outer fabric layer. In most applications, it is not visible in the finished garment. But under certain conditions, thin outer fabrics, light colours, insufficient lining coverage, the interlining colour can show through to the outside, or create visible tonal variation at bonded areas.

Choosing incorrectly between white and black causes production-level problems that require either rejection or re-work. Here is how to choose correctly.

• When to Use White

White is the default choice for light-coloured outer fabrics, and in practical terms, this covers the majority of shirt and daily wear production.

Use white for:

• White dress shirts and formal shirts
• Light-coloured shirts, cream, off-white, light blue, pale yellow, light grey, pastels
• Light-coloured ethnic kurtas, bandhgalas, and semi-formal tops in white or off-white fabrics
• Any garment where the outer fabric is lighter than mid-tone
• Women’s garments in light or bright colours

Why it matters: Black interlining under a white or light-coloured fabric creates a shadow effect at the bonded areas, most visible at collars, cuffs, and plackets where interlining coverage is dense and the outer fabric is under tension. Even fabrics that appear opaque on a cutting table can show colour bleed-through after fusing, when heat and pressure bond the layers more tightly together.

White interlining under light fabrics is invisible. There is no show-through, no tonal difference, no shadow. It is the safe and correct choice for the light colour range.

• When to Use Black

Black is specifically for dark outer fabrics.

Use black for:

• Black shirts, dark navy shirts, charcoal garments
• Dark ethnic kurtas, black, deep navy, dark green, maroon
• Dark-coloured women’s garments
• Any outer fabric that is mid-tone or darker, where white interlining edges or show-through would be visible

Why it matters: White interlining behind dark fabrics can create a visible light edge at the interlining boundary, particularly at collar edges, placket lines, and cuff hems where the interlining ends and the outer fabric continues. This edge effect is most problematic with dark fabrics where the contrast between white interlining and dark outer fabric is at its maximum.

Black interlining eliminates this risk. The colour match between interlining and outer fabric means that even if there is minor show-through or edge visibility, it does not create a visible defect on the finished garment.

The Practical Rule

Match the interlining colour to the tone of the outer fabric:

For mid-tone fabrics where the choice is genuinely uncertain, fuse a small test piece and hold it up to light before committing to a full batch. The show-through test takes two minutes and prevents a production error that takes considerably longer to fix.

Garment-Specific Use Guide

This product type is used across a much wider range of garments than woven interlining. Here is a practical breakdown by garment component and category.

• Shirt Collar

The shirt collar is the highest-visibility application. A well-fused collar holds its shape, stands correctly, and does not soften or lose its crisp edge through wear and washing.

For standard dress shirts and formal shirts, 45–55 GSM is the typical choice. The collar band and collar outer layer are both interfaced to provide the combined stiffness that holds the collar shape.

Colour: Always match to the shirt fabric. White shirts, white. Dark shirts, black.

• Shirt Cuffs

Cuffs require the same crispness as collars and face the same stress, repeated folding, buttoning, and contact with the wrist. 45–55 GSM is standard for dress shirt cuffs. Heavy or structured barrel cuffs may use 60 GSM for additional body.

• Shirt Placket (Patti)

The shirt front placket reinforces the buttonhole area and keeps the shirt front from stretching or pulling during wear. 30–45 GSM is standard for placket applications, light enough not to add stiffness to the shirt front, substantial enough to prevent button-area distortion.

• Kurta and Bandhgala Collars

Stand collars in kurtas and structured necklines in bandhgalas use heavier weight than dress shirts, typically 60–70 GSM, to provide the upright structure the collar design requires. The outer fabric in ethnic wear is often heavier than shirt fabric, so the interlining weight needs to scale accordingly.

Colour selection follows the same rule: light fabrics, white. Dark fabrics, black.

• Casual and Daily Wear Jackets

For casual jackets and unstructured blazers made from lighter outer fabrics, where woven interlining would be too heavy, 60–80 GSM provides a functional alternative at the facing panels, collar, and front edge. This is not a substitute for structured woven interlining in formal wear. It is the appropriate choice for garments that prioritise drape and comfort over structural shape.

• Women’s Garments

This interlining type covers a wider range of women’s garment applications, blouses, kurtas, salwar suits, casual jackets, structured tops. The lighter GSM range (30–55 GSM) is most used here. For women’s wear specifically, the no-show-through rule is more critical, women’s fabrics tend to be lighter weight, and the risk of interlining visibility is higher.

• Waistbands and Facing Panels

Trouser and skirt waistbands, facing panels in jackets, and pocket openings all use this interlining type to add body and prevent stretch. 50–70 GSM is typical, with colour selected to match the outer fabric.

Common Mistakes Manufacturers Make With This Interlining

These are recurring production errors, not uncommon, and not difficult to fix once you know to look for them.

• Not verifying colour consistency across batches. White should be consistent white across every batch, not varying between bright white and off-white. Colour variation in interlining creates tonal variation in finished shirt collars and cuffs that is difficult to explain to buyers and impossible to fix post-production.

• Using woven interlining where non woven interlining fabric is required. Woven interlining in a shirt collar adds too much rigidity, makes the collar feel board-like, and often creates fusing complications because woven interlining is designed for heavier pressing conditions than shirt fabrics can handle. Each product has its application range, using woven for collar and cuff applications is the wrong choice regardless of GSM. When the garment calls for non woven interlining fabric, use it.

• Ignoring colour and defaulting to white for everything. White is the majority-use colour, but applying it to dark garments is a preventable production error. Establish a fixed rule in your cutting department: dark fabric, black, light fabric, white. No exceptions, no guesswork.

• Using too high a GSM for the application. 80 GSM in a fine cotton shirt produces a collar that feels stiff and uncomfortable. Match the interlining weight to the outer fabric weight and the desired hand-feel of the finished garment. Light fabrics need light interlining.

• Insufficient fusing temperature or pressure. The product bonds through heat and pressure. Insufficient fusing leaves the bond incomplete, the interlining appears fused but delaminates after washing or dry cleaning. Follow the correct fusing conditions for the specific weight and outer fabric combination.

• Using this type in applications that require woven. For suits, blazers, sherwanis, and any structured formal wear where the interlining must hold long-term shape, this product is not a substitute for woven fusible interlining. The non woven provides body; woven provides shape retention. These are different properties, and the wrong choice shows up over time.

• Ordering without checking roll metre accuracy. A 90-metre roll should deliver 90 metres. Short rolls create mid-run shortfalls and disrupt cutting schedules. This is a common industry problem, verify metre accuracy from any supplier before committing to bulk volume.

Choosing a Reliable Non Woven Interlining Supplier

For manufacturers ordering at 1,000 metres or above, supplier reliability covers more than product specification alone.

• Consistency batch to batch. Interlining that varies in GSM, bonding strength, or dimensional stability between batches creates production inconsistency. Collar crispness varies. Fusing conditions need to be adjusted mid-run. The problem is not always obvious in a single piece inspection, it shows up across a production run or between two batches of the same specification.
• Accurate metres per roll. Short rolls are a direct production input problem, not just a cost issue, but a scheduling issue. Working with reliable interlining suppliers means the stated metres on every roll are the actual metres your production team cuts from.
• Bonding strength under standard conditions. The adhesive coating must activate correctly under standard fusing temperatures and pressure appropriate for the outer fabric type. Interlining that requires excessive heat to bond will damage light fabrics. Interlining with weak adhesive delaminates in use.
• Full range availability. A supplier who carries the full range, 30 GSM through 80 GSM, white and black, means your production team can source the right specification without splitting orders across multiple suppliers. Consistent single-source supply simplifies procurement and reduces specification drift across your product range.
• Trade-scale minimum quantities. Wholesale supply starts at 1,000 metres. An interlining fabric manufacturer india-based and set up for B2B production, rather than mixed retail, understands manufacturing lead times, bulk dispatch, and the consistency requirements that come with production at scale. Whether you are looking for interlining suppliers in Surat, Ludhiana, Delhi, or anywhere across North India, Double Ghoda operates at the scale and specialisation your production requires.
• Support beyond the product. Colour selection, GSM guidance, pairing recommendations between interlining and lining, these are questions that come up in production. A supplier who can answer them directly, with knowledge of the Indian manufacturing context, saves your team time and prevents the kind of avoidable errors that cost more to fix than they would have to prevent.

We supply both non woven and woven fusible interlining wholesale across India, Surat, Ludhiana, Delhi, Kolkata, Chandigarh, Amritsar, and beyond. Our range is built for the Indian garment manufacturing market: fabric weights, production volumes, and the specific requirements of ethnic formal and Western formal manufacturing in India.

Bringing It Together

This is the right product for lighter garments, daily wear, and functional components, collars, cuffs, plackets, facings, waistbands. It is not the choice for structured formal wear, where woven fusible interlining provides the shape retention and long-term body that this product cannot.

Within the range, two decisions matter most:

GSM: Match the interlining weight to the outer fabric weight and the stiffness requirement of the application. Lighter fabrics need lighter GSM. Do not over-specify.

Colour: Match the interlining tone to the outer fabric tone. Light fabrics, white. Dark fabrics, black. Make this a fixed production rule and it eliminates an entire category of preventable errors.

For manufacturers producing both structured formal wear and lighter garments, our range covers both ends, woven fusible interlining for suits, blazers, and sherwanis; non woven interlining fabric for everything lighter. As an established interlining fabric manufacturer india garment units trust for consistent quality, Double Ghoda supplies wholesale only, with a minimum order of 1,000 metres across both categories.

Link of related Articles

• Lightweight Interlining vs. Heavyweight Interlining
• A Beginner’s Guide to Interlining
• Choosing the Right Interlining

 

Shweta, a textile designer with a keen eye and deep knowledge of fabrics, translates her passion into unique designs. She loves to share her expertise and ignite a love for textiles in others. Dive into the world of fabrics with Shweta!

Switching interlining suppliers is never a decision you take lightly. When your production runs hundreds of collars, cuffs, and shirt plackets a week, any inconsistency in your interlining, wrong GSM, uneven coating, short rolls, shows up immediately in your finished garments and your reject rate.

If you are evaluating Non woven interlining suppliers in India, for non-woven supply, you need a clear checklist, not a sales pitch. This blog gives you the six things that actually matter when assessing a non-woven interlining supplier, what to look for in each, and what poor quality looks like before it becomes a production problem.

At Double Ghoda, these are the same standards we hold ourselves to, and the same questions our buyers ask us before placing their first order.

Table of Contents

• Check the GSM Range and Application Suitability
• Check the Adhesive Coating and Bonding Performance
• Check Roll Length and Width Consistency
• Check Certifications and Compliance Documentation
• Check Batch-to-Batch Consistency
• Check Technical Expertise and Application Support

Check the GSM Range and Application Suitability   

The first thing to verify with any non woven fusible interlining supplier is whether their GSM range actually covers your production requirements, and whether the stated GSM matches the actual product weight.

Why GSM range matters

Non-woven interlining serves different applications at different GSM levels. Your supplier needs to cover your full non-woven requirement, from light shirt placket reinforcement at the lower end to medium-structured front fuse on light jackets at the upper end. A supplier who only stocks a narrow GSM range forces you to split your sourcing across multiple vendors, which introduces quality variability and procurement complexity.

Our non woven fusible interlining range covers 30 GSM to 82 GSM, the full spectrum of non-woven applications for Indian garment manufacturing. Here is how that range maps to your production:

How to verify GSM accuracy

Do not rely on the supplier’s stated GSM alone. Cut a 10cm × 10cm swatch from a roll and weigh it on a precision scale. Multiply the weight in grams by 100, this gives you the GSM. If the result deviates from the stated GSM by more than 5%, the product is not to specification. A supplier who consistently delivers accurate GSM controls their production process. One who does not is one whose quality you cannot plan around, and that uncertainty costs your production.

What poor GSM accuracy looks like in your production:

• Fusing parameters that work on one batch but not the next, because the actual GSM is shifting between rolls

• Collar interlining that feels too stiff or too soft for the outer fabric weight

• Inconsistent structure across garments in the same production run

Check the Adhesive Coating and Bonding Performance 

The coating is what makes non-woven interlining fusible, and it is the most variable element you will encounter across suppliers. It is also the hardest to assess without testing, which is why most buyers skip it and pay the price later.

What to look for

Our non woven interlining uses PES (Polyester) adhesive applied through paste dot and double dot coating. This is the correct coating for non-woven applications, it activates cleanly at the correct fusing parameters, bonds consistently across the full surface, and holds through washing at 40°C and dry cleaning.

When evaluating a supplier’s coating quality, check four things:

Dot uniformity — hold the interlining up to a light source. The adhesive dots should be evenly distributed across the full width of the fabric. No bare patches, no dense clusters, consistent pattern from edge to edge. Uneven dots mean uneven bonding, soft spots on your collar or cuff that will show up after the first wash.

Activation at correct temperature — fuse a sample at the correct parameters for non-woven:

If the bond requires temperatures outside this range to activate properly, either much higher or much lower, the coating adhesive is not the correct specification.

No strike-back — after fusing, check the face side of your outer fabric. There should be no adhesive bleed-through to the visible surface. Strike-back is a permanent defect, it cannot be corrected after fusing and results in a reject.

Bond strength after washing — fuse a test piece, wash it at 40°C, and attempt to separate the layers. When we supply non-woven interlining, your fused pieces should hold cleanly through washing at 40°C without any separation. If the bond weakens or releases after one wash, the PES coating is either too light, incorrectly applied, or the wrong adhesive type for the product.

Check Roll Length and Width Consistency 

Roll length accuracy is one of the most overlooked checks when you are evaluating suppliers, and one of the most impactful on your production economics.

Our non woven interlining fabric is packed in 100-yard rolls, 6 rolls per bale. This is the standard packing for non-woven interlining in the Indian wholesale market. Each roll should measure the stated 100 yards, not 95, not 97. Short rolls are a known and common problem with lower-quality suppliers, and the impact compounds quickly.

The economics of short rolls

If each roll in a 6-roll bale is 2 yards short, you lose 12 yards per bale. Across 10 bales, 1,000 metres roughly, that is approximately 110 metres of material you paid for and did not receive. At any realistic per-metre price, that is a significant loss per order. Across a full production season, it becomes a meaningful margin erosion.

How to verify roll length

Measure the first few rolls of any new shipment from a new supplier. You do not need to measure every roll, but measuring three to five from the first bale tells you whether the supplier holds to their stated length consistently. If the first bale is accurate, spot-check subsequent deliveries. If the first bale is short, reject the shipment and raise it with the supplier before the second order.

What accurate packing signals about a supplier

A supplier who consistently delivers accurate roll lengths is a supplier who controls their production and packing process. Short rolls are almost never accidental at scale, they point to either poor process control or deliberate under-supply. Either way, it tells you something important about who you are working with.

Width consistency

Our non-woven interlining is 100 cm (40 inches) wide. Width should be consistent across the full roll, not narrower at the edges, not variable from roll to roll. Width variation creates cutting waste when your cutting team has to accommodate an inconsistent edge, and affects your panel dimensions if pieces are cut from different widths.

Check Certifications and Compliance Documentation 

If your garments go to brands, retail chains, or export markets, your interlining inputs need to meet their compliance requirements. This is not optional, it is increasingly the first thing your buyers specify before placing orders with you.

Our non woven interlining fabric carries OEKO-TEX Standard 100 certification. This confirms the product has been independently tested and verified to be free from harmful substances, across every component of the product, including the base fabric, the adhesive coating, and any dyes or finishing agents used in production.

Why OEKO-TEX matters for your production

If your customer, a garment brand, a retail chain, or an export buyer, specifies OEKO-TEX certified inputs, you need certification from every material supplier in your chain, including your interlining supplier. If your supplier cannot provide current certification documentation, you cannot use their products in your certified supply chain, and that puts your own compliance at risk.

What to ask a supplier:

• Do you hold current OEKO-TEX Standard 100 certification for this specific product?
• Can you provide the certificate number for verification?
• Does the certification cover the adhesive coating as well as the base fabric?

Legitimate certification covers the complete product, base fabric and coating together. If your supplier offers certification for the base fabric only, or cannot provide a certificate number you can verify independently, treat that as a red flag.

Beyond OEKO-TEX

Depending on your export markets, you may also need to verify compliance with REACH regulations (for EU markets), Oeko-Tex MADE IN GREEN, or buyer-specific chemical restriction lists. Ask us or any supplier you are evaluating whether they have documentation for these requirements before you commit.

Check Batch-to-Batch Consistency 

This is the check that separates a reliable long-term supply relationship from one that looks good on the first order and creates problems on the second.

Batch-to-batch consistency means that the GSM, coating quality, width, colour, and bond performance of your non woven interlining is the same across every order you place, not just across the first batch. For your production unit running continuous garment output, this is non-negotiable. Variation between batches creates quality inconsistency in your finished garments, forces your team to re-adjust fusing parameters between orders, and introduces rejects that should not exist.

How to evaluate consistency before committing to a supplier

Request samples from two or three different production batches of the same product, not just one sample. Most established suppliers can provide this. When you receive the samples, check:

• GSM — weigh and calculate, compare across batches
• Dot pattern — visual check under light, same density and distribution?
• Bond strength — fuse both samples at identical parameters, compare peel resistance
• Colour — is the white the same white? Is the black the same depth?

If your supplier cannot provide samples from multiple batches, or if the samples show visible variation, that tells you exactly what your repeat orders will look like.

What inconsistency costs your production

When your interlining shifts between batches, your team ends up compensating, adjusting press temperatures, increasing dwell time, checking each roll before use. That hidden labour adds up across your production floor. It is not visible in a single order but it accumulates across a season into real productivity loss.

At Double Ghoda, buyers who have sourced from us across multiple seasons come back specifically because our batch-to-batch performance is consistent. The 30–82 GSM range, the PES double-dot coating, the 100-yard roll length, these do not shift between orders. That predictability is what makes production planning reliable.

Check Technical Expertise and Application Support  

The sixth check is harder to quantify but just as important: does the supplier you are evaluating actually understand your garment and your application, or are they simply selling you a roll?

A supplier who knows the market but does not understand garment manufacturing will give you a product specification. A supplier who understands how non woven interlining is used in collar construction, cuff applications, and light garment front fuse will give you the right product for your specific production, and will be able to advise you when your specification is off.

What good supplier knowledge looks like

When you tell a knowledgeable supplier that you are producing formal shirts with spread collars and need interlining for the collar and collar stand, they should immediately ask: what is your outer fabric weight? What is your fusing press type, flat-bed or continual? What wash resistance are you targeting? The answers to those questions determine the correct GSM and coating for your application.

If your supplier quotes you a price without asking any of these questions, they are selling you a roll, not solving your production requirement.

The application fit question

Non-woven interlining is not one product, it is a range of products across GSM, coating weight, and adhesive type. The right specification for a formal shirt collar is different from the right specification for a women’s structured blouse front, which is different again from light kurta front reinforcement.

Why this matters more than price

The per-metre cost difference between the right non-woven interlining and the wrong one is small. The cost of that wrong specification showing up in your finished garments, rejects, rework, customer complaints, is significantly larger. When we advise our buyers on the right specification before they order, that guidance reduces your production risk in a way that does not show up in a price comparison.

We supply non woven fusible interlining to garment manufacturers across India, collars, cuffs, shirt plackets, women’s wear and light structured garments. Our non woven interlining fabric range covers 30–82 GSM in white, black and charcoal, in 100-yard rolls, MOQ 1,000 metres. If you tell us your garment type and outer fabric, we will give you the right GSM and coating recommendation before you place your first order.

Link of related Articles

• Lightweight Interlining vs. Heavyweight Interlining
• A Beginner’s Guide to Interlining
• Choosing the Right Interlining

 

Shweta, a textile designer with a keen eye and deep knowledge of fabrics, translates her passion into unique designs. She loves to share her expertise and ignite a love for textiles in others. Dive into the world of fabrics with Shweta!

If you are in garment manufacturing, you have heard the term. You have probably used non woven fusible interlining. But if someone asked you to explain exactly what makes it different from woven interlining — or why it works for collars but not for the front body of a sherwani — could you answer confidently?

If you have been using non woven fusible interlining without fully understanding it — or avoiding it without knowing where it actually helps — this blog clears it up.

Table of Contents

• What Non-Woven Fusible Interlining Actually Is
• How It Is Made and Why That Matters
• Where It Works — and Where It Does Not
• Verified Specs — What You Are Actually Buying
• Is It Right for Your Production?

What Non-Woven Fusible Interlining Actually Is 

Non woven fusible interlining is a fabric used inside garments to reinforce specific areas — collars, cuffs, shirt plackets, waistbands, and other small structural parts. It bonds to the outer fabric using heat and pressure, which is what makes it fusible.

The word “non-woven” is where most buyers gloss over without fully understanding what it means — and it is the most important word in the name.

A woven fabric has threads running in two directions — warp and weft — interlocked in a pattern. A non-woven fabric has no such structure. Instead, fibres are bonded together through heat, pressure, or chemical treatment, without any weaving involved. The result is a fabric that is softer, more uniform in all directions, and more flexible than its woven counterpart.

That flexibility and softness is exactly what makes it the right choice for collars, cuffs, and lighter garment applications — and the wrong choice for the front body of a structured suit or sherwani.

What makes it fusible:

One side of the fabric carries a heat-activated adhesive coating. When you place it adhesive-side down on the wrong side of your outer fabric and apply heat and pressure — through an iron or a fusing press — it bonds permanently. No stitching required. The result is a reinforced panel that holds its shape, supports the outer fabric, and makes tailoring work significantly easier.

In simple trade terms:

If you are building structure into a collar, reinforcing a shirt placket, or adding light body to a cuff — this is the interlining you reach for. It is the workhorse of lighter garment construction across every category from formal shirts to women’s wear to light jackets.

How It Is Made and Why That Matters 

Understanding how non woven interlining is made helps you understand why it behaves the way it does — and why it is suited to some applications and not others.

The base fabric

The base fabric is made from 100% polyester fibres — either pure or blended. These fibres are laid out in a random or directional pattern and then bonded together using one of the following methods:

• Thermal bonding — heat is applied to melt and fuse the fibres together at their contact points
• Chemical bonding — a binding agent is applied to hold the fibres together
• Mechanical bonding — the fibres are physically entangled using needles or water jets

The result is a fabric with no grain direction — no warp, no weft, no defined thread path. This is what gives it its soft, flexible character and its good elasticity.

The adhesive coating

Once the base fabric is made, one side is coated with a heat-activated adhesive. Double Ghoda’s non-woven interlining uses PES (Polyester) adhesive applied through paste dot and double dot coating methods. This is different from the PA (Polyamide) coating used on woven interlining — PES coating is well suited to lighter fabric applications and bonds effectively at the fusing parameters designed for non-woven.

Why the construction affects performance

Because there is no grain, non woven interlining fabric does not have the directional strength of woven interlining. It is more flexible and stretches slightly in all directions. For a collar or cuff, this is an advantage — it conforms to the shape of the garment part without resisting it. For a structured suit front or sherwani body, this becomes a disadvantage — it cannot provide the dimensional stability that woven construction delivers.

This is not a quality issue. It is a design characteristic. Non-woven interlining is engineered to do a different job than woven — and it does that job very well.

Elasticity and wash stability

One of the notable properties of good non-woven interlining is its elasticity. It has more give than woven interlining, which makes it comfortable in garment parts that need to move with the body — waistbands, cuffs, and soft structured fronts on women’s garments. It also has good dimension stability after washing — it does not shrink or distort significantly through the washing cycles your garments go through.

Where It Works — and Where It Does Not 

This is the most practically useful section for any garment manufacturer. Knowing where to use non woven interlining and where not to is the difference between a garment that holds its shape and one that does not.

Where non-woven fusible interlining works well:

• Shirt collars and collar stands The collar of a dress shirt or formal shirt needs to feel crisp and structured — but also comfortable against the neck. Non-woven interlining in the 30–60 GSM range delivers that crispness without making the collar feel stiff or uncomfortable. It bonds cleanly, gives the collar its shape, and holds through repeated washing.
• Shirt cuffs Cuffs need structure to support buttonholes and maintain their shape through wear, but they also need to feel soft on the wrist. Non-woven handles this balance better than woven — it adds the necessary reinforcement without the firmness that heavier woven interlining would bring.
• Shirt plackets (patti) The button placket of a formal shirt needs light reinforcement to hold the fabric flat and support the buttonholes. Non-woven interlining in a light GSM is the standard choice here across shirt manufacturing in India.
• Women’s wear and light structured garments Non-woven has good elasticity and a soft handle after fusing — making it well suited to women’s garments where flexibility and drape are as important as structure. It works for the front fuse on lighter jackets, structured blouses, and formal tops.
• Waistbands on lighter trousers and skirts For waistbands that need reinforcement without stiffness, non-woven in the mid-GSM range gives the right balance of support and flexibility.

Small structural parts across all garment types Pockets, facings, waistbands, small structural details on any garment — non-woven is the practical choice for light reinforcement without adding bulk.

Where non-woven does NOT work:

• Sherwani and suit front body The front panel of a sherwani, bandhgala, or structured blazer needs woven interlining — specifically heavy GSM woven — to hold its shape through long wear. Non-woven cannot provide the dimensional stability and resistance to stretching that these garments require. Using non-woven here is one of the most common mistakes in production — the garment loses its front fall quickly and does not hold its structure through a full day of wear.
• Lapels on formal blazers and suit jackets Lapels need to lie flat and hold their shape without curling or folding. This requires the grain and dimensional stability of woven interlining. Non-woven will not hold a lapel reliably under regular wear conditions.
• Heavy ethnic formal wear — brocade, heavy silk, jacquard outer fabrics When your outer fabric is dense and heavy, your interlining needs to match that weight and density. Non-woven tops out at 82 GSM in our range — it is simply not made for heavy structured applications that require 100 GSM and above.

The simple rule to follow : If the garment part needs to hold a defined shape through extended wear under a heavy outer fabric — use woven. If it needs light reinforcement with a soft, flexible finish — non-woven is the right choice.

Verified Specs — What You Are Actually Buying 

These are the confirmed specifications for our non woven interlining fabric — verified directly from the product:

A few things worth noting:

Width is 100 cm, not 150 cm This is narrower than our woven interlining which comes at 150 cm. For cutting collars, cuffs, and plackets — where parts are relatively small — 100 cm width is sufficient and efficient. You are not cutting large front panels, so the narrower width is not a constraint.

GSM range is 30–82 GSM This covers the full range of light-to-medium reinforcement applications. For reference:

• 30–45 GSM — very light reinforcement, shirt plackets, facings
• 45–65 GSM — collars, cuffs, light structured garments
• 65–82 GSM — heavier non-woven applications, light jacket fronts, women’s structured garments

Two fusing conditions — flat-bed and continual press The fusing parameters differ depending on which type of machine you use. Confirm which machine your production unit runs and use the correct settings. Running at the wrong temperature or pressure causes poor bonding or fabric distortion — both of which result in rejects.

OEKO-TEX Standard 100 certified This is relevant if you supply garments to brands or export markets that require certified inputs. It confirms the product has been tested for harmful substances and meets international safety standards.

Packing: 100 yards per roll Non-woven comes in 100-yard rolls — longer than the 50-metre woven rolls. This works in your favour for high-volume cutting of small parts like collars and cuffs, where you go through yardage quickly. Plan your order quantities and cutting schedules around this roll length.

Is It Right for Your Production?

If you are producing any of the following, you almost certainly need non woven interlining fabric in your inputs:

• Formal shirts — collars, cuffs, plackets
• Women’s structured garments — blouses, light jackets, formal tops
• Light Indo-Western garments where flexibility is needed
• Any garment with reinforced waistbands, pockets, or facings
• Mixed production units making both formal shirts and structured ethnic wear

The key question is not whether you need it — most garment manufacturers do. The question is which GSM you need for each application, and whether you are currently using the right type for each part of your garment.

• If you are using non-woven for a sherwani front body — switch to woven. Your garment will hold its shape significantly better.

• If you are using woven interlining for shirt collars — the collar will feel stiffer than it needs to. Non-woven in the right GSM gives a cleaner, more comfortable result.

Sourcing non-woven interlining in bulk

Our non woven fusible interlining is available in 100-yard rolls, 6 rolls per bale, MOQ 1,000 metres. We supply wholesale to garment manufacturers and production units across India — in white, black, and charcoal, across the full 30–82 GSM range.

If you are running mixed production — shirts alongside structured ethnic formal wear — we supply both non-woven and woven interlining, so you can consolidate your full interlining sourcing with one supplier. Consistent quality, consistent lead times, one point of contact.

If you are unsure which GSM works for a specific garment part in your current production, reach out with your fabric details and garment type — we will help you identify the right specification before you place a bulk order.

Whether you are a shirt manufacturer sourcing non woven fusible interlining for collars and cuffs, or a mixed production unit buying both woven and non woven interlining for different garment categories — getting the specification right matters more than most buyers realise.

Getting the interlining choice right at the component level — collar vs body, non-woven vs woven, light GSM vs heavy — is what separates a garment that looks good on the rack from one that holds its quality through the full life of the piece. Start with the right specification for each part, test before you order in bulk, and build that consistency into every production run.

Link of related Articles

• Difference Between Woven and Non-Woven Interlining
• Applications of Non-Woven Interlining in Fashion Industry | Key Insights
• The Benefits of Non-Woven Interlining for Cuffs and Collars

 

Shweta, a textile designer with a keen eye and deep knowledge of fabrics, translates her passion into unique designs. She loves to share her expertise and ignite a love for textiles in others. Dive into the world of fabrics with Shweta!

You are placing an interlining order and the supplier asks — woven or non-woven?

If your answer depends on habit rather than a clear understanding of what each one does, you are not alone. Most garment manufacturers learn the difference between woven interlining and non woven interlining through production mistakes — a sherwani front that loses its shape, a collar that feels too stiff, a blazer lapel that curls within a week.

Most manufacturers figure this out the hard way — through a production batch that does not hold its shape, or a collar that comes back stiff from the tailor. This blog skips that part and gives you the clear answer upfront, helping you choose the right woven interlining or non woven interlining for every garment application.

Table of Contents

• How Each One Is Made — The Fundamental Difference
• How They Perform — Strength, Drape, and Stability
• Full Spec Comparison — Verified From the Product
• Which Garment Parts Need Which Type
• Making the Final Call for Your Production

How Each One Is Made — The Fundamental Difference 

The difference between woven and non woven interlining starts at the manufacturing stage — before any adhesive is applied, before any fusing happens. It starts with how the base fabric itself is constructed.

How woven interlining is made

Woven interlining is made exactly like any other woven fabric. Threads run in two directions — warp (lengthwise) and weft (crosswise) — interlocked in a precise pattern on a loom. That interlocking structure is what gives woven interlining its defining properties: a grain direction, dimensional stability, and tensile strength that comes from the thread construction itself.

The material is 100% polyester. The result is a fabric that behaves like a textile — it has a face and a back, it has a grain that you can feel when you pull it, and it responds to stress the way a woven fabric should. It resists stretching along the grain and holds its position after fusing, through tailoring, through wear, and through repeated dry cleaning.

How non-woven interlining is made

Non woven fusible interlining is made without weaving. Instead, polyester fibres — pure or blended — are laid out and bonded together through thermal bonding, chemical bonding, or mechanical bonding. There are no threads. There is no interlocking structure. The fibres are simply held together in a flat sheet.

The result is a fabric with no grain direction. Pull it in any direction and it responds the same way — soft, slightly flexible, uniform. This is what makes it feel different from woven in your hands, and what makes it behave so differently inside a garment.

The adhesive coating — how both become fusible

Both types carry a heat-activated adhesive on one side — this is what makes them fusible. When you place either type of adhesive-side down on the wrong side of your outer fabric and apply heat and pressure, the adhesive melts and bonds the interlining permanently to the fabric.

The coating type differs:

• Woven interlining uses PA (Polyamide) double-dot coating — faster fusing, stronger bond, suited to heavy production
• Non woven interlining fabric uses PES (Polyester) paste dot and double dot coating — effective for lighter applications, softer bond

Both are OEKO-TEX Standard 100 certified. Both bond with heat under a fusing press. But the base fabric construction underneath determines everything about how they perform once fused.

How They Perform — Strength, Drape, and Stability 

This is where the real difference shows up — not on the roll, but inside the finished garment.

Dimensional stability

Woven interlining maintains its shape after fusing because its interlocked threads resist stretching and distortion. Non-woven interlining is more flexible and stretches slightly in all directions, making it suitable for smaller garment parts but less effective for structured panels.

Strength and tear resistance

Woven interlining offers superior tear resistance, as its woven structure distributes stress evenly. Non-woven interlining is less resistant to concentrated stress, which is acceptable for collars and cuffs but not ideal for large structural areas.

Drape and hand feel after fusing

Woven interlining creates a firmer, more structured feel that helps garments hold their shape. Non-woven interlining produces a softer, more flexible drape that moves naturally with the body.

Elasticity

Non-woven interlining provides greater stretch and flexibility, making it comfortable for garment parts that require movement. Woven interlining has minimal elasticity, helping tailored garments maintain their intended structure.

Wash and dry clean stability

Both interlinings perform well during washing and dry cleaning. Woven interlining retains its structure through repeated cleaning cycles, while non-woven interlining remains dimensionally stable and reliable for regularly washed garments such as shirts.

Performance summary:

Full Spec Comparison — Verified From the Product 

Here are the confirmed specifications for both Double Ghoda products — so you know exactly what you are ordering and what to expect on the production floor.

Woven Fusible Interlining:

Non-Woven Fusible Interlining:

Four spec differences that matter most for production:

GSM ceiling is very different Woven goes from 22 GSM to 150 GSM — the full range from light collar interlining to heavy sherwani body fusing. Non-woven tops out at 82 GSM. If your garment needs 100 GSM or above — and most Indian ethnic formal wear does — non-woven is simply not an option.

Width affects your cutting efficiency Woven at 150 cm gives you significantly more usable width per metre when cutting large panels — suit fronts, sherwani bodies, full front fuse for blazers. Non woven interlining at 100 cm is well matched to the smaller parts it is designed for — collars, cuffs, plackets — where a narrower width is not a constraint.

Fusing parameters are different — confirm before you run production The temperature, pressure, and dwell time for each type are different. Running non-woven at woven parameters — or vice versa — causes poor bonding, fabric distortion, or surface damage. Always confirm which product you are fusing and use the correct parameters for that specific type. Roll length differs Woven comes in 50-metre rolls. Non-woven comes in 100-yard (approximately 91-metre) rolls. Plan your cutting schedules and order quantities around these roll lengths — they affect how you plan your cutting room and how often you change rolls on the production line.

Which Garment Parts Need Which Type

This is the decision that production quality actually depends on. Here is the clear breakdown by garment part:

Use Woven Interlining For:

• Safari suits and structured Indo-Western jackets (80–100 GSM): Delivers the right balance of support and drape for tailored silhouettes.
• Sherwani and achkan fronts (120–150 GSM): Provides the strength and stability needed to support heavy fabrics and maintain shape throughout wear.
• Bandhgala and Nehru jacket chest panels and lapels (100–140 GSM): Ensures a clean front fall and helps lapels retain their structure.
• Formal blazers and suit jackets (80–130 GSM): Ideal for chest pieces, front panels, and lapels where shape retention is essential.

Use Non-Woven Interlining For:

• Pockets, facings, and waistbands: A cost-effective solution for reinforcing smaller garment components.
• Shirt collars and collar stands (45–65 GSM): Adds crispness while remaining comfortable and flexible.
• Shirt cuffs (45–60 GSM): Provides shape and buttonhole support without restricting movement.
• Shirt plackets (30–45 GSM): Offers light reinforcement to keep the button line neat and flat.
• Women’s wear and lightweight structured garments: Maintains softness, drape, and comfort while adding gentle support.

The rule that covers most decisions:

If the garment part needs to hold a defined shape through extended wear against a heavy outer fabric — woven. If it needs light reinforcement with softness and flexibility — non-woven.

Making the Final Call for Your Production

By now you have the information to make the right call for each part of every garment in your production. But here are a few practical points that experienced buyers factor in before placing an order:

Most production units need both types of interlining

If you are making structured garments such as sherwanis, bandhgalas, and blazers typically require woven interlining, while collars, cuffs, plackets, and smaller garment components perform best with non-woven interlining. The two are complementary, not interchangeable.

Test before ordering in bulk — for both types

Fusing results can vary depending on the fabric, machine settings, and production environment. Test a sample first to evaluate bond strength, appearance, and drape before approving a full production run.

GSM matching is as important as type selection

Choosing the correct GSM is critical. Lighter GSMs are ideal for soft reinforcement, while heavier GSMs provide greater structure and support. An incorrect GSM can affect garment comfort, appearance, and durability, regardless of whether you choose woven or non-woven.

Sourcing both from one supplier simplifies everything

Procuring both woven and non-woven interlining fabric from a single supplier helps maintain consistency, simplifies inventory management, and reduces quality variations across production batches.

Our non woven interlining fabric starts from 30 GSM for the lightest applications and goes up to 82 GSM for medium structured garments. Our woven fusible interlining covers 22–150 GSM for the full range of Indian garment manufacturing requirements.

We supply both woven and non-woven fusible interlining in bulk across India — woven from 22–150 GSM, non-woven from 30–82 GSM, both OEKO-TEX Standard 100 certified, MOQ 1,000 metres per SKU.

If you are still unsure which type or GSM fits a specific garment in your current production, reach out with your outer fabric details and garment type — we will give you a clear recommendation before you place your order.

Link of related Articles

• Innovations in Woven Interlining: What’s New in Textile Industry Trends?
• Applications of Non-Woven Interlining in Fashion Industry | Key Insights
• The Benefits of Non-Woven Interlining for Cuffs and Collars

 

Shweta, a textile designer with a keen eye and deep knowledge of fabrics, translates her passion into unique designs. She loves to share her expertise and ignite a love for textiles in others. Dive into the world of fabrics with Shweta!