A stopper used on a hoodie, jacket, trouser, sportswear item, or bag must match the cord diameter, hole size, locking mechanism, material, and required grip.
The wrong combination can make a drawcord slip, become difficult to adjust, or create problems during finishing and buyer inspection. For merchandisers, procurement teams, and buying houses, understanding the main stopper types makes sample approval and bulk sourcing easier.
This guide explains the commonly used Garment Stopper options and their practical differences.
Here are 10 Types of Garment Accessory Stoppers Used in Clothing:
- Cord Stopper
- Cord Lock
- Spring Cord Lock
- Toggle
- Drawstring Stopper
- Single Hole Cord Stopper
- Double Hole Cord Stopper
- Barrel Cord Lock
- Ball Cord Stopper
- Cord End Stopper
Now, let’s look at each type in detail.
1. Cord Stopper
A cord stopper is an adjustable garment accessory that holds a cord or drawstring at a selected position. The user normally presses, squeezes, slides, or releases part of the stopper to change the cord length or garment opening.
Cord stoppers are widely used because one small component can replace the need to repeatedly tie and untie a drawstring. Applications include hoodie cords, jacket hems, waist adjustments, drawstring pockets, backpacks, sportswear, and outdoor clothing.
Common plastic materials include POM, ABS, PE, and nylon, although the exact material depends on the product design. For example, commercial cord stopper ranges include POM components as well as ABS, PE, and nylon versions.
The important specifications normally include:
- Cord diameter and construction
- Internal stopper hole size
- Single-hole or double-hole configuration
- Plastic or metal material
- Spring-loaded or springless mechanism
- Stopper dimensions
- Surface finish and color
- Required holding strength
- Intended garment location
A physical cord sample is useful during development because two cords with the same stated diameter may compress differently depending on their material and braid.
2. Cord Lock
A cord lock is a fastening device that grips a drawstring and prevents it from moving until the locking mechanism is released. Cord locks allow the wearer to tighten or loosen a garment without making a knot.
In general, a traditional cord lock contains a body, an internal or movable plunger, and a locking mechanism. Spring-loaded designs use spring pressure to create friction between the cord and the internal surfaces. Pressing the plunger aligns or opens the cord passage so the component can move.
Cord locks are common on:
- Jacket hems
- Hoodie openings
- Waist drawcords
- Sportswear
- Outdoor garments
- Drawstring bags
- Backpacks
- Footwear
The commercial distinction between a cord lock and a cord stopper is not always strict. Suppliers frequently list the same component under names such as cord lock, cord stopper, toggle stopper, cordloc, or drawstring lock.
For a garment buyer, the more useful question is whether the component actively locks the cord and how that lock is released.
3. Spring Cord Lock
A spring cord lock uses spring pressure to grip a cord automatically when the user releases the button or plunger. Pressing the mechanism reduces the gripping force, allowing the cord lock to slide along the drawstring.
The spring-loaded design is one of the most recognizable stopper mechanisms used in clothing. Its main advantage is controlled adjustment. The wearer presses the component, moves it to the required position, and releases it to lock the cord again.
Spring cord locks are often suitable for garments that need repeated adjustment, including jackets, windbreakers, hood openings, sportswear, and adjustable hems.
The spring itself should not be treated as the only quality factor. Performance also depends on:
- Spring compression
- Internal gripping geometry
- Cord surface texture
- Hole dimensions
- Body material
- Cord diameter
- Frequency of adjustment
For example, a smooth polyester cord and a soft braided cotton cord may behave differently inside the same stopper even when their nominal diameters are similar.
4. Toggle
A toggle is an adjustable cord-control component that allows a drawstring to be tightened, loosened, or held in position. In garment accessory sourcing, the word “toggle” often refers to the movable locking component or to the complete cord stopper assembly.
This terminology can cause confusion. Some suppliers call a complete product a toggle stopper, while others describe the internal pressable part as the toggle. Barrel cord locks, ball cord locks, and rectangular cord locks may all be marketed as toggle stoppers.
For sourcing purposes, the construction matters more than the label.
A garment toggle may use:
- A spring-loaded press mechanism
- A molded springless locking structure
- One cord passage
- Two cord passages
- A cylindrical, round, oval, or rectangular body
Toggle stoppers are commonly used where the wearer needs quick manual adjustment. Typical positions include jacket hems, hood cords, waist drawstrings, sportswear, backpacks, and other textile products with adjustable cord systems.
The shape also affects garment design. A compact oval or flat toggle can keep the trim visually discreet. A barrel or ball-shaped toggle creates a more visible hardware detail.
5. Drawstring Stopper
A drawstring stopper is used to hold a drawstring at the required position after it has been tightened or loosened. It is commonly added to garments that need adjustable openings around the hood, waist, hem, or cuff.
Drawstring stoppers are widely used because they make adjustment faster than tying and untying a cord. The user can press or release the stopper, move it along the drawstring, and lock it again at the required position.
Common applications include:
• Hoodies and sweatshirts
• Jackets and windbreakers
• Joggers and sweatpants
• Sportswear
• Outdoor clothing
• Drawstring bags
• Footwear
• Waist adjustment systems
The term drawstring stopper refers more to the function than to one exact shape. A ball stopper, barrel lock, toggle, or spring cord lock may all work as a drawstring stopper.
For garment production, cord compatibility is one of the most important considerations. The stopper opening should match the cord thickness closely enough to provide grip without making adjustment difficult.
6. Single Hole Cord Stopper
A single hole cord stopper has one opening through which a cord passes. It is commonly used when one cord section needs to be adjusted or when both cord ends can pass through a single opening.
The compact construction makes this stopper suitable for many garment categories. It can be used on lightweight clothing as well as bags, footwear, and outdoor products.
Typical uses include:
• Jacket hood cords
• Hoodie drawstrings
• Waist cords
• Sportswear adjustments
• Shoe cords
• Backpack cords
• Drawstring pouches
• Lightweight outerwear
The hole size is an important specification. A hole that is too large may reduce holding performance, while a hole that is too small can make assembly difficult.
Single hole stoppers are available in different materials, including ABS, nylon, PE, and POM. Some versions also contain a metal spring to create pressure against the cord.
7. Double Hole Cord Stopper
A double hole cord stopper contains two separate openings for controlling two cord sections. It is commonly used when a garment needs both sides of a drawstring to remain organized inside one stopper.
The two hole design can make adjustment more controlled because each cord section follows its own path. This is useful around hoods, waistbands, jacket hems, and other areas where two cord ends meet.
Double hole cord stoppers are commonly used for:
• Jacket hood adjustments
• Waist drawstrings
• Sportswear
• Outdoor garments
• Drawstring bags
• Backpacks
• Elastic cord systems
• Technical apparel
The main advantage is cord organization. Separate openings can reduce crossing, twisting, or uneven pulling around the garment.
A double hole stopper does not automatically provide more holding power than a single hole model. Grip depends on the internal mechanism, cord thickness, hole dimensions, surface texture, and spring pressure where a spring is used.
8. Barrel Cord Lock
A barrel cord lock is a cylindrical cord locking component used to tighten and secure drawstrings. Its barrel shaped body is compact, easy to handle, and commonly used on garments where the stopper remains visible.
Barrel cord locks are available in many sizes and constructions. Some use one hole, while others use two. Spring based and springless versions are also available.
Common applications include:
• Jackets
• Hoodies
• Sportswear
• Outdoor clothing
• Footwear
• Bags
• Backpacks
• Waist adjustment systems
The barrel shape mainly describes the external body. It does not define the hole size, spring type, or level of grip.
This is important for sourcing because two barrel locks can look similar but have different internal dimensions. One may be suitable for a narrow cord, while another may be designed for a thicker elastic cord.
9. Ball Cord Stopper
A ball cord stopper is a round cord locking component used to control and secure drawstrings. Its rounded shape makes it suitable for garments where a small and simple adjustment component is preferred.
Ball stoppers can be produced with one hole or two holes. Some models use internal spring pressure, while others rely on a different locking structure.
They are commonly used on:
• Hoodies
• Jackets
• Sportswear
• Children’s clothing
• Shoes
• Bags
• Backpacks
• Drawstring garments
The round shape can make the stopper easier to grip with the fingers. It can also create a softer visual appearance compared with more angular stopper designs.
Ball cord stoppers are available in different diameters, finishes, and colors. This allows buyers to match the stopper with the overall garment design.
10. Cord End Stopper
A cord end stopper is attached near or at the end of a drawstring to control the cord end and improve the finished appearance. Depending on the design, it may also prevent the cord from pulling back through an eyelet or opening.
Cord end stoppers are often used as both functional and decorative accessories. They help create a cleaner finish at the end of hoodie cords, jacket drawstrings, waist cords, footwear cords, and bag strings.
Common functions include:
• Finishing the end of a drawstring
• Helping prevent the cord from slipping through an opening
• Covering a cut or sealed cord end
• Improving the appearance of the garment
• Adding weight to the end of the cord
• Supporting easier handling
• Matching other trims on the garment
Cord end stopper terminology can vary between suppliers. Similar products may be listed as cord ends, string ends, rope ends, cord end locks, or cord end caps.
Not every cord end stopper works as an adjustable lock. Some products only cover or finish the end of the cord, while others also include a locking function.
Garment Stopper Types by Locking Mechanism
Garment stoppers can also be classified by the way they create pressure on the cord. The locking mechanism affects grip, adjustment speed, durability, assembly, and the type of cord that can be used with the stopper.
In general, most adjustable garment stoppers rely on spring pressure, molded friction, or another mechanical gripping system.
1. Spring mechanism:
Spring cord locks use an internal spring to push the moving part of the stopper against the cord. The wearer presses the button to align the openings, moves the cord, and releases the button to restore the grip.
This mechanism is common on jackets, hood adjustments, sportswear, outdoor clothing, and drawstring products because adjustment is quick.
2. Molded friction mechanism:
Some cord locks use molded plastic geometry to create resistance rather than depending entirely on a separate metal spring.
The cord passes through a shaped internal channel. The shape and pressure inside the component create enough friction to hold the cord at the selected position.
This type can reduce the number of separate parts in the stopper. ITW Nexus, for example, lists an all plastic Cord Loc within its product range, showing that a separate metal spring is not required for every cord locking design.
3. Pull release mechanism:
Some modern cord locks use a pull based release system instead of a conventional push button.
ITW Nexus describes its Cyberian Cordloc as a system where the user pulls the cord to tighten and pulls a connected webbing section to loosen it. The company lists several sizes, including a micro version measuring approximately 15 mm in length.
4. Fixed cord end mechanism:
Cord end stoppers do not always work as adjustable locks. Some are designed mainly to secure or finish the end of a cord.
For example, ITW Nexus lists a CordBase designed as a termination for two pieces of 2.2 mm shock cord. A rigid insert holds the cord ends while an elastomer collar keeps the assembly together.
Garment Stopper Types by Hole Configuration
Garment stoppers can also be classified by the number of cord holes built into the body. The two common configurations are single hole and double hole stoppers. The right option depends on cord routing, garment construction, adjustment method, and how the finished drawstring should sit on the garment.
1. Single Hole Configuration
A single hole garment stopper has one opening through which the cord passes. This configuration is commonly used when one cord section needs to be adjusted independently.
Single hole stoppers are often found on jacket hems, hood cords, sportswear, footwear, bags, and drawstring garments. Some garments use one stopper on each side, allowing the wearer to adjust the left and right cord sections separately.
A single hole configuration is generally suitable when the garment requires:
- Independent cord adjustment
- One cord passage through each stopper
- A compact stopper size
- Simple cord routing
- Separate control on each side of a hood or hem
Factories should test the actual production cord with the stopper before approval because cord thickness, elasticity, and surface texture can affect holding performance.
2. Double Hole Configuration
A double hole garment stopper has two separate cord passages within the same body. It is commonly used when two sections of a drawstring need to pass through one stopper and move together during adjustment.
A double hole configuration is generally useful when the garment requires:
- Two cord sections inside one stopper
- Simultaneous cord adjustment
- Better organization of both cord ends
- A centered stopper position
- A cleaner drawstring arrangement
Double hole stoppers do not automatically provide stronger grip than single hole models. Holding performance still depends on cord diameter, hole dimensions, internal geometry, spring pressure, and the surface of the cord.
How to Select Garment Stoppers for Different Garment Requirements
The right garment stopper depends on cord size, garment type, locking strength, hole configuration, material, and how often the cord will be adjusted. Hoodies, jackets, sportswear, kidswear, bags, and footwear may require different stopper designs.
For bulk production, buyers should test the stopper with the actual cord before approval. This helps confirm grip, movement, appearance, and overall compatibility.
Axisory supports B2B buyers with garment stopper sourcing based on specific production requirements, including:
- Custom size, shape, and color options
- Single hole and double hole configurations
- Matching based on samples or reference images
- Support for bulk garment production
- Sample approval before production
- 100% pre-shipment quality inspection
Garment factories, buying houses, exporters, and fashion brands can send their requirements to Axisory for suitable stopper selection and bulk supply.
FAQ
What Information Should Be Included in a Garment Stopper Specification Sheet?
A garment stopper specification should include the stopper type, dimensions, material, hole size, number of holes, color, finish, cord diameter, locking mechanism, and garment application. For bulk production, buyers should also attach an approved sample or technical drawing when possible.
How Are Garment Stoppers Attached During Garment Production?
Garment stoppers are usually assembled after the drawstring or cord has been inserted into the garment. The cord is passed through the stopper opening according to the required construction, then the cord ends are finished or secured. The exact process depends on the stopper mechanism and garment design.
Can Garment Stoppers Be Customized for a Brand or Garment Design?
Yes. Depending on the supplier and order quantity, garment stoppers may be customized by color, size, shape, surface finish, and material. Some designs may also support molded logos or other brand details. Buyers should confirm customization options during sample development.
What Safety Factors Should Be Considered for Stoppers Used in Children’s Clothing?
Children’s garments require extra attention to stopper size, attachment strength, cord placement, and small part risks. Buyers should check the applicable safety requirements for the destination market because drawstrings and detachable components on children’s clothing can be subject to specific regulations.
Can Garment Stoppers Be Made From Recycled or Lower Impact Materials?
Yes, some garment stopper suppliers offer recycled plastics or alternative materials for specific designs. Availability depends on the required strength, finish, locking mechanism, and certification needs. Buyers sourcing for sustainability focused garment programs should verify material composition and supporting documentation before bulk approval.
Conclusion
Garment accessory stoppers perform a small but important function in clothing. They control drawstrings, secure cord positions, support garment adjustment, and provide a finished appearance around hoods, waists, hems, bags, and other cord based applications.
The 10 types covered in this guide include cord stoppers, cord locks, spring cord locks, toggles, drawstring stoppers, single hole stoppers, double hole stoppers, barrel locks, ball stoppers, and cord end stoppers.