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Woven Interlinings

What Is 111 Quality? Woven Fusible Interlining GSM & Uses

If you have been sourcing interlining for sherwani or suit production in India, you have heard the number. “Give me 111 quality.” No GSM mentioned. No specification sheet needed. Just that number, and both sides of the transaction know exactly what is being discussed, 140 GSM woven fusible interlining, PA double-dot coated, 50-metre rolls. 

At Double Ghoda, 111 quality is our most-ordered product. Buyers across Surat, Ludhiana, Delhi and Kolkata reach for it by name. But if you are newer to the market, or switching suppliers, or trying to understand whether it is the right specification for your production, this blog gives you the complete answer.

Table of Contents

  • What 111 Quality Actually Means
  • Why 140 GSM Became the Standard for Ethnic Formal Wear
  • Where 111 Quality Is Used, Garment by Garment
  • Full GSM Reference, Which Weight for Which Garment
  • How to Verify Quality Before You Order in Bulk
  • Ordering 111 Quality From Us
Woven Fusible Interlining

What 111 Quality Actually Means 

111 quality is a trade name, not a brand, not a certification, not a global standard. It is market shorthand that has developed over decades in India’s ethnic formal wear manufacturing cluster, particularly in Surat. When garment manufacturers and interlining suppliers use the term, they are referring to one specific specification:

  • 140 GSM — the fabric weight
  • Woven base construction — threads interlocked in two directions, not bonded fibres
  • PA double-dot coating — polyamide adhesive applied in a raised dot pattern
  • 50-metre rolls — standard packing for this product
  • 100% polyester — the base material
  • Available in white, black and grey — the standard colour options
  • 150 cm width — the standard width for cutting large front panels

That is the complete specification. When your production unit orders 111 quality from us, we supply exactly this, every time, with consistent quality across batches.

The name has survived because precision in trade communication has practical value. In a high-volume market where buyers and suppliers transact fast, a two-syllable reference that encodes an entire specification saves time and eliminates ambiguity. It also functions as a quality benchmark. Experienced manufacturers know what a properly fused 111 quality panel should feel like, structured, clean, consistent. If a roll does not perform to that standard, it is immediately recognisable.

Our woven fusible interlining carries OEKO-TEX Standard 100 certification, relevant if your production supplies garment brands or export markets that require certified inputs at every stage.

Why 140 GSM Became the Standard for Ethnic Formal Wear

To understand why 111 quality settled at 140 GSM, you need to understand what the outer fabrics in Indian ethnic formal wear demand from their interlining layer.

Sherwanis, bandhgalas, achkans and heavy occasion wear use outer fabrics that are significantly heavier than what Western formalwear uses. Brocade, raw silk, heavy polyester jacquard, embroidered surfaces, these carry weight. A light fusing cloth in the 40–80 GSM range, designed for shirts and lightweight jackets, simply disappears under that density. When you switch to the right weight, 111 quality fusing cloth at 140 GSM, the difference in your finished garment is immediate. It adds no meaningful structure. Your garment loses its front fall, its chest definition collapses, and the button stand goes soft.

140 GSM at woven construction holds because it matches the weight class of the outer fabric. It has enough density to resist the pull of heavy material without being overpowered by it.

Here is what 140 GSM delivers that lighter weights cannot:

  • Holds the front body panel flat against heavy outer fabric, maintaining chest definition across the full length of a sherwani
  • Keeps the button stand clean and consistent throughout the day
  • Prevents drape collapse at the shoulder-to-hem transition, a common failure point on lighter-fused ethnic wear
  • Maintains structure through professional dry-cleaning cycles, where lighter interlinings often delaminate or soften
  • Supports embroidered and embellished surfaces without buckling under the additional surface weight

Below 140 GSM, say 120 GSM, your sherwani holds its shape initially but softens after the first dry-clean. The heavy outer fabric slowly overpowers a lighter interlining layer over time. Above 140 GSM, towards 150 GSM, the garment gains rigidity but loses the natural fall that makes woven construction the right choice over a sew-in canvas. 140 GSM is the balance point, where structure and wearability hold together.

PA double-dot coating: why it matters for your production

The coating on our body fusing is PA (Polyamide) double-dot, adhesive applied in tiny raised dots across the interlining surface rather than as a continuous film. For your production floor, this means:

  • Faster fusing time under your press — more pieces per hour
  • Cleaner finish on the face fabric — no adhesive bleed-through to the visible surface
  • More uniform bond across the full front panel — reducing bubbling and lifting at stress points
  • Bond integrity through dry-cleaning — PA holds through solvent cleaning, critical for sherwanis and bandhgalas cleaned professionally

Verified fusing parameters for our 111 quality woven interlining:

ParameterSpecification
Temperature125°C – 145°C
Pressure1.5 – 2.5 kg/cm²
Time18 – 25 seconds
Care after fusingMachine wash at 40°C / Dry clean

Always run a sample fuse with your specific outer fabric at these settings before starting a full production run. Different outer fabrics, especially embroidered or coated surfaces, respond slightly differently under the press.

Woven Fusible Interlining

Where 111 Quality Is Used, Garment by Garment 

Our buyers use 111 quality across a consistent set of garment applications. Here is where it works, and why:

  • Sherwanis and achkans

The front body of a sherwani carries the silhouette of the entire garment. Getting the body fusing specification right here determines everything, front fall, chest definition, shape retention. It needs maximum body, dimensional stability, and resistance to the weight of heavy outer fabrics. 140 GSM woven construction holds that front fall through a full wedding day, standing, sitting, bending, without the panel shifting or softening. This is the single largest application for 111 quality in your production.

  • Bandhgalas and Nehru jackets

A bandhgala’s defining feature is its clean, structured front, a precise vertical line from the chest down. Your lapels need to lie flat, your button band needs to hold without curling, and your chest definition needs to stay consistent from the first fitting to the hundredth wear. 111 quality at 140 GSM delivers that. The button-band of a bandhgala in particular benefits from the rigidity that woven construction provides at this GSM.

  • Formal blazers and suit jackets

For any suit manufacturer application, whether Western cut, Indo-Western, or safari suit, the chest piece, front panel and lapels need woven construction. The 80–130 GSM range covers most blazer applications, but if your outer fabric is heavy, thick suiting fabric, heavy poly-wool blends, 140 GSM gives you the additional body that prevents the front panel from softening over time. Many interlining suit manufacturer buyers producing premium branded suits specify 111 quality as a standard input across their full jacket range.

  • Heavy ethnic occasion wear

For wedding sherwanis, ceremonial achkans, and heavy brocade occasion pieces, where the outer fabric is at its heaviest and the wearing occasion is at its longest, 111 quality is the correct and only practical specification. No lighter weight holds through a full wedding day under a heavy brocade outer fabric.

What 111 quality is not used for:

Lighter Indo-Western jackets and casual formal wear — 80–100 GSM woven covers these applications without over-specifying

Shirt collars and cuffs — these need non-woven in the 30–60 GSM range, which is softer and more flexible

Shirt plackets — lighter non-woven handles this application correctly

Full GSM Reference, Which Weight for Which Garment 

Our woven interlining range covers 22 GSM to 150 GSM — and the interlining fabric you choose from this range should directly match your outer fabric weight. Here is the practical reference our buyers use to match GSM to garment type:

GSM RangeRecommended Application
22–60 GSMCollar interlinings, cuffs, kurta fronts, lightweight applications
70–90 GSMLight blazers, summer suits, structured kurtas, medium-weight formal jackets
100–120 GSMMen’s suits, structured blazers, lighter sherwanis, polyester outer fabrics
130–140 GSM, 111 qualityHeavy sherwanis, bandhgalas, achkans, brocade outer garments, ceremonial ethnic formal wear
150 GSMMaximum structure, very heavy ceremonial wear

If your production runs primarily sherwanis and heavy ethnic formal wear, 111 quality at 140 GSM covers the majority of your interlining requirement. For lighter garments in the same production, collars, cuffs, lighter jacket fronts, you need non-woven in the 30–60 GSM range. We supply both, which means you can consolidate your full interlining sourcing with us.

A practical note on GSM selection:

Your interlining GSM should relate to the weight of your outer fabric. A general starting point: your interlining should be at least 60–70% of your outer fabric GSM as a baseline, then adjusted up or down based on the structure level you want. For heavy brocade sherwani fabric, this calculation will consistently land you at 130–140 GSM.

If you are currently using 100–120 GSM for your sherwani production and your garments are losing their front fall after the first dry-clean, the fix is straightforward, move to 111 quality. That single specification change will resolve the issue.

Woven Fusible Interlining

How to Verify Quality Before You Order in Bulk 

111 quality is a specification. Two rolls from different suppliers stating the same GSM can perform differently depending on base fabric consistency, coating quality, and roll-to-roll uniformity. Before you commit to a bulk order, whether with us or with any supplier, verify these four things:

  • Dot uniformity

Hold the interlining fabric up to a light source. The adhesive dots should be evenly distributed across the full width, consistent density, no bare patches, no clustering. Uneven dots produce an uneven bond, which means soft spots on your fused panel that only become visible when your garment comes back from dry-cleaning.

  • Peel strength

Fuse a test swatch at your standard press settings, 125–145°C, 1.5–2.5 kg/cm², 18–25 seconds. After cooling, attempt to peel the interlining from the outer fabric by hand. A properly bonded 140 GSM panel should resist clean separation. If it peels easily, the coating quality is substandard regardless of the stated GSM.

  • Roll length accuracy

Each roll should measure 50 metres. Short-measure rolls are a known issue in the interlining supply market, a roll 1–2 metres short on a 6-roll-per-bale order compounds into material loss across large orders. Measure the first few rolls of any new shipment from any supplier.

  • Dry-clean stability

Run one dry-clean cycle on a fused test piece before your production starts. Bond failure, delamination, bubbling, or panel softening, will show up here before it shows up on a finished garment returned from your customer. PA-coated 140 GSM should hold cleanly through the first cycle with no visible change.

Ordering 111 Quality From Us 

We supply 111 quality, 140 GSM fusible interlining, in bulk to garment manufacturers, production houses and wholesalers across India. If you are sourcing fusible interlining wholesale India for sherwani, bandhgala, blazer or suit production, here is what your order looks like with us:

  • GSM: 140 GSM (111 quality)
  • Material: 100% Polyester
  • Width: 150 cm
  • Colours: White, Black, Grey
  • Coating: PA Double-Dot
  • Packing: 50 metres per roll, 6 rolls per bale
  • MOQ: 1,000 metres per SKU
  • Certification: OEKO-TEX Standard 100
  • Supply cities: Surat, Ludhiana, Delhi, Kolkata, Chandigarh, Amritsar and across India

We supply wholesale only, no single-metre or retail orders.

If you are switching from a current supplier and want to test our 111 quality before committing to a bulk order, reach out to us directly. We can arrange a sample so you can fuse it against your outer fabric and verify the bond strength, surface finish and drape before you place your first order.

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Fusible Interlining

What is Fusible Interlining Fabric

When you hear the term, “Interlining Fabric” you might be confused about what exactly it would mean. Let’s understand in simpler terms, Interlinings are the accessories used between two layers of fabric to keep the different components of apparel in the desired shape or to improve the aesthetics and/or performance.

Now let’s understand What is Fusible Interlining Fabric.

The concept of transforming the old cloth into new is something that we all have heard of, similarly, Fusible Interlining is used in a lot of garments and curtains as well.

What is Non-Fusible Interlining 

Non-fusible interlining is an extra layer embedded between the outer fabric and the regular lining of a garment without chemical bonding. 

These followings are the primary target of utilizing interlining in garments –

  • Interlinings are primarily utilized for giving quality, security, and shape maintenance.
  • At the period when melded to the external shell fabric, it goes about as a composite. Thus levels out the outer case against any distortion under load
  • Improves pure and hand feel of fused laminate
  • Contains the state of the united part throughout use and aftercare treatment
  • Improves the life span of the melded part

Different Types of Fusible Interlining.

  •  Woven interlining

 It was mainly 100% cotton fabrics made stiff by starch application and was non-fusible. However, the unpleasant hard touch and irregular points during washing led to the development of woven fusible interlinings. It is most often used by designers to avoid wastage. 

Credit – Woven fusible interlinings | Image source: fusibleinterfacing.com
  • Non-woven Fusible Interlining

As the name suggests it is a non-woven interlining but more like sheets of paper or cardboard. This type of material is used for bags and purses. 

It is made directly from fiber to fabric stage in the process reducing the cost of the base fabric. As there is no yarn used in producing nonwovens, it lacks the strength needed for garment use and there are many methods applied to present required power to non-woven textiles, called Bonding.

  • Waterproof Fusible Interlining

As the name suggests the material used is waterproof and the material made from it can easily be water-resistant. 

  • Decorative Fusible Interlining

This is often used for adding badges, patches, and can also be used to discreetly hide a hole while making your wardrobe more stylish

  • Double-sided Fusible Interlining

Double-sided fusible interlining is used to get rid of holes in clothing, especially jeans.

It’s very easy to use as both sides of the material can be used in this method. 

How Do You Use Fusible Interlining Fabric?

Fusible Interlining is very smooth to use as long as you choose the right type. Now let’s understand how to apply in by the following steps, 

  • The first step is to mark out from the size that you want leaving out some extra space if you are repairing any hole. 
  •  Mark the area that you need and place the fusible interlining wherever you want it. 
  • The fusible interlining would act as a glue right here. Use a heated object or an iron to make the glue melt, so that the interlining sticks to the fabric.
  • Place your iron on each part for 30-40seconds before any movement. 
  • Leave it for sometimes all the fabric has got stuck in the right way. To avoid glue on the iron board make sure you place cotton underneath.

Post Credit –

https://www.onlineclothingstudy.com/2018/09/different-types-of-interlining-and.html
https://www.superprof.co.in/blog/interfacing-fabric/
Categories
Woven Interlinings

All You Need to Know About Woven Interlinings

All You Need to Know About Woven Interlinings 

 

In textile manufacturing industries, interlining is a very common term. Interlining is nothing but binding two fabrics into a single unit that supports the manufactured piece of clothing. Depending on the outlook and usability of the manufactured item, the various woven interlining fabrics in use are cotton, silk, rayon, viscose, etc.

Know the concept

Fusion interlining has varied types of interlining processes, among which woven interlining is a variant. Here the underlining layer uses the materials made of 100% polyester woven fabric, blended materials or cotton made fabric. The materials in use are soft compared to the non-woven fabrics, and in most cases, they are also better in providing flexibility to the piece of apparel.

Key characteristics

The applications of woven interlining are more than non-woven for the various advantages of the texture of the used fabrics that brings better usability to the manufactured item. Using the woven fabric materials, you can make it malleable yet provide stability to the clothing. Go through the following to understand the properties better.

  1. Softer: The interlinings made of woven fabrics provide a soft feel to the piece of clothing that is not present with the non-woven ones. You will feel the softness, but at the same time, there is a stiffness to it that rightfully serves the purpose of the manufacturer. For this, it is more popular with apparel interlining for the sheer advantage of comfort and softness.
  1. Better stretch: As the fabric in use is a non-rigid one; it gives a better stretching advantage over the non-woven materials. The key feature of woven fabrics is better stretching under demanding conditions that increases comfort. It also helps in increasing the durability of the manufactured product in hindsight.
  1. Eco-friendly: Another reason behind the growing popularity of this type, especially in the fashion industries, is the capability of being environment friendly. Using cotton made fabrics and other naturally degradable materials help in making them nature friendly, unlike the non-woven ones with non-recyclable and artificial components.
  1. Lightweight: Interlinings made of woven fabrics are light in weight. For this, they are very popular in garment manufacturing, where they use this lining in various parts of the clothes without making them heavyweight. It can keep the manufactured item stiff and structured in a seamless way. 
  • Better bonding strength: The woven texture not only provides better flexibility but also generates better bond strength. The property of stretching of it helps in making the fusing bond stronger. It ensures lower risks of tearing and lesser damage as flexibility adds to the strength intake power of the manufactured item.

Using benefits

Interlining is a popular practice with garment manufacturers and those who require fabrics to develop other products like bags and luggage-making industries. In many cases, these work fields use woven fusion interlinings to make their product more durable and stable to damages. Look at the following to get an idea of the benefits of using it.

  1. Prevent creasing: Creases are a primary concern for the garment industries. Creased apparel is not attractive to look at and wear. For this, they use woven interlinings that help in preventing the outer crease of the cloth. Incorporating an extra layer inside helps maintain the rigidity of the outer fabric in the display. Woven materials being soft, also maintains comfort along with serving the purpose.
  1. Adding structure: In embroidery cases on the outer surface of the cloth or any manufactured object, it is better to have a stable structure underneath. Interlining helps in bringing a structure to the texture upon which any design properly fit. Also, in cases of delicate outer layers like organza or silk, it helps in adding a body with a firm layer inside.
  1. Adding density: By combining woven fabrics beneath the outer layer of clothing, it helps in bringing density to the entire apparel. Also, the fitting gets better when the garment has a better density that can sit right on the body. Many manufacturers also add extra layers or paddings that go inside the woven interlinings to hold better.

Summing up

Woven interlinings have distinct uses in the various work fields, and there are many ways to modify the used fabric. For providing better softness and malleability, woven interlinings are the best choice.