Fabric softener is an attractive product category for detergent and home-care manufacturers. It can help a factory extend from laundry detergent into a more complete laundry-care range, support private-label projects, and create higher-value finished products for retail or distributor channels.
But fabric softener is not simply “another liquid detergent.”
Many manufacturers already produce laundry detergent, dishwashing liquid, floor cleaner, glass cleaner, and similar products with basic mixing equipment. When they add fabric softener, they often face different technical and production issues: cationic formulation control, dispersion, viscosity stability, fragrance compatibility, anti-static performance, and sometimes hot processing.
Yeser Chemicals’ cold process fabric softener formulation is designed to address both the formulation side and the supply-chain side of this problem. The system uses YS468, YS585, and YS338 to help manufacturers produce a practical liquid fabric softener formula through simple mixing, while Yeser Chemicals’ one-stop raw material supply planning helps customers manage the full formulation basket, shipment classification, inventory, and production continuity.
If you prefer to hear the thinking behind this formulation before going into the full guide, I also explain the idea in the video below. The article then goes deeper into the formula structure, process sequence, stability screening, and the one-stop raw-material supply logic behind this cold process system.
1. The Real Challenge Behind Fabric Softener Manufacturing
For factories that already make detergent liquids, fabric softener may look easy at first. It is also a liquid product, it is packed in bottles, and it is sold in the same laundry-care aisle.
In production, however, the formulation logic is different.
Most laundry detergents and dishwashing liquids are based mainly on anionic and nonionic surfactants. Fabric softeners are based on cationic fabric softening agents. This affects ingredient compatibility, mixing sequence, pH control, fragrance selection, thickening strategy, and final product stability.
A practical fabric softener formulation for manufacturers must balance several requirements at the same time.
| Requirement | Why It Matters in Production |
|---|---|
| Softness and fluffiness | Determines the consumer’s after-wash fabric feel |
| Smooth hand feel | Improves perceived product quality, especially on towels and clothing |
| Anti-static effect | Important for synthetic fabrics and dry climates |
| Stable appearance | Prevents phase separation, floating matter, sediment, or gelling |
| Controlled viscosity | Affects filling, bottle appearance, pouring, and dosing |
| Fragrance compatibility | Influences both immediate scent and long-lasting fragrance impression |
| Simple manufacturing | Reduces operator error, energy use, and batch failure risk |
| Reliable raw material supply | Prevents production stoppage caused by missing small-volume ingredients |
For many small and medium-scale manufacturers, the difficulty is not only making one good lab sample. The larger challenge is repeating that product in real production, with available equipment, local water quality, actual operators, and raw materials that arrive on time.
2. Traditional Hot Process Systems and Their Limitations
Most commercial fabric softeners use esterquat-based systems. Esterquats are widely used and can deliver good softening performance, but for smaller factories they often create two very real barriers: hot-process production and difficult logistics.
Traditional esterquat routes often require a hot process, commonly around 60-65 deg C, to support melting and dispersion of the softening material. In real production, that means heating equipment, temperature control, longer batch time, and operators who can manage the process consistently.
In our industry, esterquats used for fabric softeners commonly contain a high level of alcohol solvent, such as ethanol or methanol. Because of this, many traditional esterquat concentrates are treated as dangerous goods under IMO/IMDG shipping rules according to their SDS and transport classification.
This creates a very practical problem in international shipment. Alcohol-containing esterquat grades usually cannot be handled like ordinary non-dangerous detergent raw materials. In many shipping cases, they are not suitable for LCL consolidation or mixed-container planning with other chemicals, and freight forwarders often require separate dangerous-goods handling, stricter documents, and dedicated container arrangements.
For small and medium-scale manufacturers, the economics are difficult. A fabric softener formula may only use around 5% esterquat, so the actual monthly consumption may be small. But if the raw material cannot be consolidated with the rest of the detergent raw-material basket, buying a full container is often unrealistic. Many factories then have to buy from local importers at a higher price, or delay fabric softener production because this one material is missing.
Common limitations include:
| Limitation | Practical Impact for Manufacturers |
|---|---|
| Hot processing requirement | Can increase energy use and process complexity |
| Heating equipment needed | May require investment beyond a basic liquid detergent mixing line |
| Temperature control | Poor control can lead to dispersion problems or unstable batches |
| Longer batch cycle | Heating and cooling reduce production efficiency |
| Difficult handling of viscous concentrates | Can affect dosing accuracy and operator convenience |
| Dangerous-goods shipping limits | Alcohol-containing esterquat grades usually need separate DG handling and do not fit normal LCL or mixed-container planning |
A Common Small-Factory Mistake: Cold-Stirring Esterquat Without the Right Thickening System
In many small factories, the available fabric softener raw material in the local market is usually an esterquat concentrate. Because the finished product is also a liquid, some manufacturers assume they can simply add the esterquat into water and stir it at room temperature.
At first, the batch may look acceptable. When the product is too thin, many factories try to thicken it the same way they thicken other detergent products. They may first test salt, then move to cellulose-type thickeners such as HPMC, HEC, or HPC when salt does not build viscosity.
This approach creates a misleading short-term result. The product can look smooth for a few days, but after two or three weeks, especially in warmer storage conditions, it often starts to separate, form flocculent matter, or lose its original texture.
The reason is simple: a fabric softener is a cationic conditioning system, not a normal anionic detergent system. Esterquat systems usually need proper hot processing and dispersion. Long-term viscosity and stability also require a thickening strategy compatible with the cationic softener base. A general-purpose cellulose thickener can increase initial viscosity, but it is the wrong tool for building reliable long-term structure in this kind of cationic fabric softener.
For manufacturers who want to enter fabric softener manufacturing without heavily upgrading equipment, a cold process system can be a more practical route.
3. Cold Process vs Traditional Hot Process Fabric Softener
A cold process fabric softener formulation is designed for ambient-temperature manufacturing, typically around 20-30 deg C, without the hot-melting step used in many traditional systems.
This does not mean process control is unnecessary. The formula still needs correct addition sequence, moderate mixing, fragrance compatibility checks, and stability observation. But it can reduce the manufacturing barrier for factories that already produce liquid detergent and home-care products.
| Item | Traditional Hot Process Route | Cold Process Fabric Softener Formulation |
|---|---|---|
| Typical process temperature | Often around 60-65 deg C | Ambient temperature, typically 20-30 deg C |
| Equipment requirement | Heating and temperature control often needed | Basic mixing tank may be sufficient after lab and pilot confirmation |
| Energy use | Usually higher due to heating and cooling | Lower energy pressure because the heating step is removed |
| Batch operation | More temperature-sensitive | Simpler mixing sequence |
| Scale-up difficulty | Requires careful heat and dispersion control | Easier to transfer from lab to production when mixing is controlled |
| Raw material handling | Some concentrates may be harder to dose or store | Flake/emulsion/polymer system can be easier to dose in small factories |
| Shipment planning | Some materials may require special handling depending on SDS | Better fit for consolidated non-dangerous goods shipment where SDS and shipping rules allow |
For Yeser Chemicals customers, the formulation benefit is connected with the supply-chain benefit. Besides major raw materials such as LABSA and SLES, most detergent factories also need smaller-volume additives: fragrance, preservative, dye, EDTA, CDE/CDEA, CAB, AEO-9, thickeners, silicone enhancers, and other functional ingredients.
A cold process fabric softener system can be planned as part of the whole detergent raw material basket, helping manufacturers reduce procurement complexity and avoid production delays caused by missing minor ingredients.
4. Yeser Chemicals’ Three-Core-Ingredient Cold Process System
Yeser Chemicals’ cold process system is built around three functional ingredients:
- YS468: cationic fabric softening base
- YS585: silicone fabric softener enhancer
- YS338: cationic polymeric thickener
Each ingredient has a clear role in the finished product.
4.1 YS468 Cationic Fabric Softening Flakes
YS468 is the main softening agent and cationic conditioning base.
It is a fatty acid-based imidazoline derivative supplied as light yellow to pale yellow flakes. Current TDS information lists active matter at >=94%, with a 5% solution pH of 4.5-6.5. It is readily dispersible in water at ambient temperature around 20-30 deg C.
In the formulation, YS468 helps provide:
- Main fabric-softening performance
- Smooth hand feel
- Anti-static effect
- Cationic conditioning base
- Stable, homogeneous softener emulsion when properly processed
Recommended dosage range: 2-10%. In practice, the final level is set by target product grade, cost position, viscosity, and market expectation.
4.2 YS585 Fabric Softening Enhancer
YS585 is a silicone-based conditioning enhancer.
It is a modified polysiloxane emulsion with weak cationic character, supplied as a bluish milky white liquid. Current TDS information lists a typical pH of 5.0-6.0 and Brix 21 +/- 1.
In the formulation, YS585 improves the after-wash sensory profile. It helps provide:
- Silkier and smoother hand feel
- Improved softness retention
- Better fabric surface lubricity
- Fluffy fabric touch
- Reduced static build-up
Recommended dosage range: 0.5-1.5%.
4.3 YS338 Cationic Polymeric Thickener
YS338 is the rheology modifier for the acidic liquid fabric softener system.
It is a cationic acrylamide-based polymer supplied as a white creamy emulsion. Current TDS information lists active matter at 55-57%, with a 1% solution pH of 2.0-6.0. It is suitable for systems with pH 2.0-7.0.
In the formulation, YS338 helps:
- Build rich, creamy viscosity
- Improve bottle appearance
- Support low-active fabric softener products
- Improve cold-water dispersibility
- Help reduce gelling and phase separation risk when used correctly
This is an important difference from common detergent thickening. Salt thickening is mainly useful in certain anionic surfactant systems and is not a reliable way to build viscosity in cationic fabric softeners. Cellulose-type thickeners such as HPMC, HEC, or HPC may create initial body, but they are not always enough to prevent separation or flocculation over longer storage, especially under warm conditions. For this type of formula, the thickener should be selected for compatibility with the cationic softener base.
Recommended dosage range: 0.2-1.0%.
5. Example Starting Formula for Lab Evaluation
The following formula can be used as a starting point for laboratory evaluation. It should be adjusted based on local water quality, target active level, fragrance system, viscosity target, packaging format, cost level, and market positioning.
| Ingredient | Dosage | Function |
|---|---|---|
| D.I. water | 83.23% | Base carrier / main solvent |
| YS468 | 5.00% | Main softening agent / cationic conditioning base |
| YS585 | 0.50% | Co-softener / silicone-based conditioning enhancer |
| Dye | 0.025% | Colorant |
| MIT & CMIT | 0.15% | Preservative |
| Liquid fragrance | 0.30% | Immediate fragrance / top-note scent |
| Encapsulated fragrance | 0.50% | Long-lasting fragrance delivery |
| D.I. water | 10.00% | Diluent / polymer or microcapsule pre-dispersion medium |
| YS338 | 0.30% | Thickener / rheology modifier |
This formula is intended as a practical lab starting point. Before commercial launch, manufacturers should run pilot batches, retained sample observation, viscosity tracking, fragrance compatibility checks, packaging compatibility checks, and wash-and-feel comparisons under local conditions.
6. Recommended Cold Process Manufacturing Procedure
The manufacturing process is straightforward, but the addition sequence still matters. The main risks are poor dispersion, fragrance incompatibility, over-thickening, and damage to fragrance microcapsules.
Suggested Process Flow
| Step | Operation | Practical Notes |
|---|---|---|
| 1 | Add main D.I. water into the mixing tank | Use clean water and clean equipment |
| 2 | Start moderate agitation | Avoid strong vortex and unnecessary air entrainment |
| 3 | Add YS468 slowly | Allow full dispersion before adding the next functional materials |
| 4 | Add YS585 | Mix until uniform; avoid excessive shear |
| 5 | Add dye | Pre-dilute if needed for better color uniformity |
| 6 | Add MIT & CMIT preservative | Confirm suitability for local regulations and final pH |
| 7 | Add liquid fragrance | Check compatibility and appearance impact |
| 8 | Pre-disperse encapsulated fragrance | Use around 20 times its weight of water |
| 9 | Add microcapsule dispersion gently | Avoid excessive shear after adding microcapsules |
| 10 | Add YS338 gradually | Adjust viscosity step by step |
| 11 | Mix until homogeneous | Check appearance, viscosity, pH, and fragrance distribution |
| 12 | Fill retained samples | Observe under low temperature, room temperature, heat storage, and cycling conditions |
Microcapsule Fragrance Handling
Encapsulated fragrance should be pre-dispersed with around 20 times its weight of water before being added to the main mixing tank. This helps avoid lumps and improves distribution.
After microcapsules are added, mixing should be gentle. Excessive shear may damage the capsules and reduce long-lasting fragrance performance.
7. Internal Practical Stability Screening
Yeser Chemicals R&D developed this cold process fabric softener formulation and completed three months of internal practical stability screening.
The specific accelerated heat-storage condition was:
- 48 deg C oven / constant-temperature storage for 3 months
The full screening also included:
| Condition | Purpose |
|---|---|
| 5 deg C refrigerated storage | Observes low-temperature appearance and stability |
| Room-temperature storage | Reflects normal warehouse and shelf storage conditions |
| 48 deg C oven / constant-temperature storage for 3 months | Screens heat-storage behavior under accelerated practical conditions |
| Temperature-cycling tests | Observes response to changing storage and transport temperatures |
During retained sample observation, the formulation was checked for practical stability behavior such as appearance, homogeneity, viscosity tendency, separation risk, and sample condition over time.
This is how Yeser Chemicals screened the formula internally: practical retained-sample observation under low temperature, room temperature, heat storage, and cycling. It is not a laboratory paper; it is the type of screening a factory actually needs before scaling up. When a customer adapts the formula locally, the same retained-sample discipline should be repeated with their own water, fragrance, packaging, and storage conditions.
8. Internal Wash-and-Feel Comparison
A fabric softener cannot be evaluated only by viscosity or bottle appearance. The real test is how the fabric feels after washing, rinsing, drying, and handling.
In Yeser Chemicals’ internal practical wash-and-feel comparison, the softness and fluffiness of the cold process fabric softener formulation were close to leading retail fabric softeners such as Comfort and Downy. With YS585 included, the fabric showed a noticeably smoother and silkier hand feel in internal comparison.
For manufacturers, this gives a useful direction for product development. Final market performance can still vary depending on:
- Fabric type
- Water hardness
- Washing machine type
- Rinse dosage
- Drying method
- Fragrance selection
- Local consumer preference
A practical evaluation should include common local fabrics, such as cotton towels, polyester-cotton clothing, synthetic garments, and dark fabrics where anti-static performance is easier to notice.
9. Troubleshooting Guide
Even with a cold process system, small process errors can affect the final product. The table below gives a practical troubleshooting guide for lab and pilot batches.
| Problem | Possible Cause | Practical Adjustment |
|---|---|---|
| Lumps during production | YS468 or microcapsules added too quickly; poor pre-dispersion | Add slowly, improve pre-dispersion, maintain moderate mixing |
| Microcapsule clumping | Encapsulated fragrance added directly without dilution | Pre-disperse with around 20 times water before addition |
| Product too thin | Insufficient YS338, low active level, weak structure | Increase YS338 gradually within the recommended range |
| Product too thick or gelled | Too much thickener, poor addition control, incompatibility | Reduce YS338, improve dilution, review pH and fragrance compatibility |
| Phase separation | Incomplete dispersion, incompatible fragrance, wrong sequence | Recheck process order and run fragrance compatibility screening |
| Separation or flocculent matter after 2-3 weeks | Esterquat cold-stirred without proper hot dispersion; incompatible HPMC/HEC/HPC thickening system; warm storage stress | Review softener base processing requirement, use a cationic-compatible thickener, and run heat-storage screening |
| Poor softness | Low YS468 dosage, fabric type, low rinse dosage | Increase YS468 or adjust product usage dosage |
| Not silky enough | Silicone enhancer level too low | Increase YS585 within the recommended range |
| Weak fragrance after drying | Fragrance system unsuitable or microcapsules damaged | Review fragrance selection and reduce shear after capsule addition |
| Poor low-temperature appearance | Formula structure or fragrance not suitable | Run 5 deg C screening and adjust thickener or fragrance system |
| Uneven color | Dye not pre-diluted or mixing insufficient | Pre-dilute dye and add before final viscosity build |
A good lab practice is to change one variable at a time. If the softening agent, silicone enhancer, fragrance, and thickener are all changed in the same trial, it becomes difficult to identify which adjustment actually improved the product.
10. Why This Formula Fits One-Stop Detergent Raw Material Supply
For many detergent factories, the raw-material supply problem is not only about high-volume items.
Large-volume materials such as LABSA, SLES, caustic soda, soda ash, and sodium sulfate are usually easy to recognize in the purchasing plan. The hidden risk often comes from small-volume ingredients: CDE/CDEA, CAB, AEO-9, fragrance, preservative, EDTA, dyes, thickeners, silicone enhancers, softener additives, and other functional materials.
A factory may have enough LABSA and SLES in stock, but if preservative, fragrance, dye, thickener, or a key softener ingredient is missing, production can still stop.
Yeser Chemicals helps customers plan the whole formula raw-material basket, not only one or two major materials. For shipment planning, dangerous goods such as LABSA and caustic soda must be separated and handled properly. Ordinary non-dangerous materials can usually be consolidated into a more efficient shipment plan, which is exactly where small factories gain the most value.
For fabric softener manufacturing, this approach helps reduce:
- Procurement complexity
- Multiple supplier coordination
- Small-item purchasing mistakes
- Customs and document confusion
- Warehouse receiving workload
- Inventory blind spots
- Production-stop risk caused by missing minor ingredients
This is especially useful for importers, distributors, and regional factories that serve multiple detergent and home-care product lines.
11. Who Should Consider This Formulation
This cold process fabric softener formulation is especially suitable for manufacturers that want to develop or upgrade fabric softener production without heavy investment in hot process equipment.
| Manufacturer Type | Why It Fits |
|---|---|
| Small detergent factories | Can use simpler mixing equipment after lab and pilot confirmation |
| Regional laundry-care brands | Helps expand from detergent liquid into fabric softener |
| OEM/ODM manufacturers | Supports private-label fabric softener projects |
| Importers serving local factories | Can offer a complete raw-material basket with formula support |
| Distributors of detergent ingredients | Adds formulation value to raw-material supply |
| Factories with limited heating capacity | Reduces dependence on 60-65 deg C hot processing |
| Manufacturers seeking efficient production | Simplifies operation and reduces process pressure |
The system is not a replacement for testing. Each manufacturer should confirm performance, stability, packaging compatibility, preservation, and local regulatory suitability before commercial launch.
12. Scale-Up Checklist
Before moving from lab sample to production batch, manufacturers should confirm the following points.
Formula and Raw Material Checks
- Confirm YS468, YS585, and YS338 dosage ranges for the target product grade.
- Confirm fragrance compatibility with the cationic system.
- Confirm preservative suitability for the target pH and local regulations.
- Confirm dye stability under storage and light exposure.
- Confirm encapsulated fragrance handling and shear tolerance.
- Confirm SDS and transport classification for all raw materials.
Process Checks
- Record actual water temperature during production.
- Define mixing speed for each addition stage.
- Add YS468 slowly enough for full dispersion.
- Pre-disperse encapsulated fragrance with around 20 times its weight of water.
- Avoid excessive shear after adding microcapsules.
- Add YS338 gradually and check viscosity after structure development.
- Keep a batch record for every pilot and production trial.
Finished Product Checks
- Appearance after 24 hours, 7 days, 1 month, and 3 months.
- Viscosity trend over time.
- pH value.
- 5 deg C refrigerated storage appearance.
- Room-temperature storage appearance.
- 48 deg C heat-storage appearance.
- Temperature-cycling behavior.
- Bottle compatibility and cap leakage.
- Fragrance impression after washing and drying.
- Softness, fluffiness, smoothness, and anti-static feel on local fabrics.
Supply-Chain Checks
- Route dangerous goods through the proper DG shipping channel.
- Consolidate ordinary non-dangerous goods into one practical shipment plan.
- Prepare reorder quantities for small-volume additives.
- Keep backup stock for preservative, fragrance, dye, thickener, and softener enhancers.
- Confirm customs documents before shipment.
- Plan inventory by formula basket, not only by single raw material.
13. How to Request a Formula Adjustment from Yeser Chemicals
If you are developing a fabric softener for your local market, Yeser Chemicals can help adjust the starting formulation according to your production and commercial requirements.
Before requesting a formula adjustment, prepare the following information:
| Information Needed | Example |
|---|---|
| Target product type | Economy, standard, premium, concentrated, OEM/private label |
| Desired viscosity | Thin pourable, medium creamy, rich creamy |
| Fragrance direction | Floral, fresh, baby care, luxury perfume, long-lasting scent |
| Packaging format | 500 ml, 1 L, 2 L, pouch, drum, bulk |
| Local water condition | Soft water, hard water, unknown |
| Available equipment | Basic mixing tank, high-speed mixer, heating tank, filling line |
| Target market | Retail, wholesale, institutional laundry, distributor supply |
| Shipment plan | Full container, mixed raw-material shipment, distributor order |
With this information, Yeser Chemicals can recommend a more suitable raw-material basket, dosage direction, process sequence, and shipment plan.
CTA: Contact Yeser Chemicals to request a cold process fabric softener formulation discussion, sample evaluation plan, or one-stop detergent raw-material supply proposal.
14. FAQ
What is a cold process fabric softener formulation?
A cold process fabric softener formulation is a liquid fabric softener formula designed for ambient-temperature production, usually around 20-30 deg C, without the hot-melting step used in many traditional systems.
What is the main benefit for small and medium-scale manufacturers?
The main benefit is practical manufacturability. A cold process system reduces equipment pressure, cuts out the heating step, and simplifies production for factories that already make detergent and home-care liquids.
What are the three core ingredients in Yeser Chemicals’ system?
The three core ingredients are YS468, YS585, and YS338. YS468 is the main cationic softening base, YS585 is the silicone fabric softener enhancer, and YS338 is the cationic polymeric thickener.
Is this formula suitable for OEM and private-label fabric softener?
Yes. The formula can be used as a starting point for OEM/ODM and private-label projects. Fragrance, color, viscosity, active level, and packaging can be adjusted according to the target market.
Can encapsulated fragrance be used in this formula?
Yes. Encapsulated fragrance should be pre-dispersed with around 20 times its weight of water before adding to the main tank to avoid lumps. After adding microcapsules, avoid excessive shear.
Can fabric softener be thickened with salt, HPMC, HEC, or HPC?
Salt is not a reliable thickener for cationic fabric softener systems. Cellulose-type thickeners such as HPMC, HEC, or HPC can increase initial viscosity in some trials, but they often fail to give long-term stability with a cationic softener base. In practical production, poor thickener compatibility leads to separation or flocculent matter after storage, especially in warm markets. For this formula type, a cationic-compatible thickener such as YS338 is the right rheology direction.
How was the formulation stability screened?
Yeser Chemicals completed three months of internal practical stability screening. The screening included 5 deg C refrigerated storage, room-temperature storage, 48 deg C oven / constant-temperature storage for 3 months, and temperature-cycling tests.
How does the performance compare with retail fabric softeners?
In Yeser Chemicals’ internal practical wash-and-feel comparison, softness and fluffiness were close to leading retail fabric softeners such as Comfort and Downy. YS585 gave a smoother and silkier hand feel in internal comparison.
Are all ingredients suitable for consolidated shipment?
In shipment planning, the practical rule is simple: dangerous goods go through the proper DG route, and ordinary non-dangerous goods are planned together whenever the shipment rules allow it. Yeser Chemicals helps customers sort that basket before purchasing, so minor ingredients do not become a production bottleneck.
Can Yeser Chemicals supply the full raw-material basket?
Yes. Yeser Chemicals provides one-stop detergent and home-care raw material supply planning, including high-volume raw materials and smaller functional additives such as fragrance, preservative, dye, EDTA, thickeners, silicone enhancers, and other formulation ingredients.
What should a manufacturer test before commercial launch?
Manufacturers should test viscosity, pH, appearance, stability under storage conditions, fragrance compatibility, packaging compatibility, preservation suitability, and wash-and-feel performance on local fabrics.
Conclusion
A cold process fabric softener formulation gives small and medium-scale detergent manufacturers a practical route into fabric softener production. Compared with many traditional hot process systems, it simplifies operation, reduces heating pressure, and makes the category more realistic for factories that already produce detergent and home-care liquids.
Yeser Chemicals’ system uses YS468 as the cationic fabric softening base, YS585 as the silicone fabric softener enhancer, and YS338 as the cationic polymeric thickener. Together, they provide a practical starting point for developing a creamy, stable, smooth-feeling liquid fabric softener.
The formulation is also designed around the real supply-chain needs of detergent manufacturers. By planning the whole raw-material basket, separating dangerous goods where required, and consolidating non-dangerous goods where allowed by SDS and shipping rules, Yeser Chemicals helps customers reduce procurement complexity and lower the risk of production stoppage caused by missing minor ingredients.
Looking for a cold process fabric softener formulation for your factory or private-label project? Contact Yeser Chemicals to discuss your target product grade, process conditions, fragrance direction, viscosity, packaging, and one-stop detergent raw-material supply plan.
