A Complete Guide to Custom and Private-Label Ski Apparel Production

OEM ski apparel manufacturing allows sportswear brands, distributors, ski clubs, academies, and winter-sports businesses to create products under their own brand without building and operating their own garment factory.

Instead of purchasing generic ski apparel and adding a logo, an OEM program can involve custom fabrics, patterns, colors, graphics, labels, packaging, sizing, construction, and product specifications.

SlideStar positions its business specifically around this B2B model. Its website describes the company as a custom winter racing apparel manufacturer specializing in alpine ski racing, cross-country/Nordic skiing, speed skating, skimo, and cut-resistant competition apparel. It also advertises OEM/ODM and private-label support for sportswear brands, distributors, clubs, academies, and other organizations.

1. What Is OEM Ski Apparel Manufacturing?

OEM stands for Original Equipment Manufacturing.

In an OEM relationship, a manufacturer produces apparel according to a customer’s specifications while the finished products are sold under the customer’s brand.

A ski apparel brand might provide:

Brand identity
Logo
Product concept
Technical requirements
Design direction
Target price
Size range

The manufacturer can then handle some or all of:

Pattern development
Fabric sourcing
Garment construction
Sublimation
Sewing
Labeling
Sampling
Production
Quality control
Packaging

ODM, or Original Design Manufacturing, goes one step further. The manufacturer may provide existing product platforms or design expertise that the customer can customize for its own collection.

SlideStar explicitly markets both OEM and ODM support, including custom graphics and private-label manufacturing.

2. Who Uses OEM Ski Apparel Manufacturing?

OEM is particularly useful for businesses that need branded winter apparel but do not want to establish their own manufacturing operation.

Typical customers include:

Ski and Snow Sports Brands

A brand can develop a racewear or training collection while outsourcing physical production.

Distributors and Importers

Distributors can create branded products for their regional markets.

Ski Clubs

Clubs can produce coordinated race suits and teamwear.

Youth Academies

Academies can order mixed junior and adult sizing with consistent branding.

Regional and National Programs

Larger organizations can develop standardized apparel systems for athletes and staff.

Retailers

Retail businesses can develop exclusive products unavailable from competing retailers.

SlideStar’s current site specifically lists speed-skating clubs, XC ski teams, youth academies, national/regional programs, sportswear brands, and distributors/importers among the customer types it supports.

3. What Ski Apparel Can Be Manufactured?

An OEM ski program can cover much more than a race suit.

SlideStar’s current collections include:

Alpine ski suits
Nordic/cross-country suits
Ski mountaineering suits
Ski jackets
Race bibs
Base layers
Cut-resistant protective apparel
Warm-up apparel
Puffy/down apparel
Accessories
Roller-ski/dryland apparel
Speed-skating suits

Its product collections therefore support both individual products and broader winter-sports apparel systems.

4. OEM Alpine Ski Apparel

Alpine ski apparel can be divided into several product categories.

Racewear

GS race suits
Training race suits
Competition base layers

Training Apparel

Ski jackets
Ski pants
Softshell garments
Warm-up suits

Teamwear

Custom race suits
Team jackets
Team pants
Athlete-specific apparel

SlideStar’s alpine GS product is presented as an OEM/ODM product for sportswear companies and distributors developing their own racewear collections or private-label alpine lines.

5. OEM Nordic Ski Apparel

Nordic skiing requires a different product strategy from alpine skiing.

Potential products include:

Cross-country race suits
Skate suits
Classic suits
Thermal suits
Softshell suits
Training jackets
Tights
Base layers
Marathon apparel
Biathlon apparel

The fabric and construction can be selected according to whether the product is intended for high-output racing, cold-weather training, or mixed conditions.

SlideStar’s Nordic offering includes custom race and training configurations with different thermal, stretch, wind-resistant, breathable, fleece, and softshell approaches.

6. OEM Ski Race Suit Manufacturing

Race suits are among the most technically demanding ski apparel products.

The manufacturing process typically includes:

Product specification

↓

Pattern development

↓

Fabric selection

↓

Artwork development

↓

Sublimation or other decoration

↓

Cutting

↓

Sewing

↓

Component installation

↓

Sampling

↓

Quality inspection

↓

Bulk production

The manufacturer must maintain consistency across the entire production run.

This is especially important when a brand orders several sizes or different athlete configurations.

SlideStar describes its custom production workflow as request/design submission, specification confirmation, mockup and quotation, sample or production-file approval, bulk production, delivery, and reorder support.

7. Custom Fabric Selection

Fabric is one of the most important OEM decisions.

Depending on the product, a manufacturer may work with:

Polyester performance fabrics
Nylon/polyamide blends
Lycra/spandex blends
Thermal fabrics
Fleece
Softshell
Wind-resistant fabrics
Quick-drying materials
Compression fabrics
Protective fibers

The correct fabric depends on the intended use.

Race Suit

Prioritize:

Stretch
Breathability
Moisture management
Close fit
Low bulk
Appropriate durability

Training Apparel

Prioritize:

Warmth
Wind protection
Durability
Versatility

Protective Base Layer

Prioritize:

Certified protection
Stretch
Fit
Abrasion/cut resistance

SlideStar’s product range includes both performance racing fabrics and specialized protective constructions.

8. Custom Ski Apparel Design

OEM production gives a brand control over the garment’s visual identity.

A design can incorporate:

Primary brand colors
Secondary colors
Color blocking
Geometric graphics
Team graphics
Sponsor logos
National graphics
Athlete names
Numbers
Custom patterns

SlideStar’s alpine OEM offering specifically describes full-body sublimation systems, custom color blocking, logos, sponsor layouts, athlete identification, and private-label branding.

9. Sublimation Printing

Sublimation is especially useful for technical ski racewear.

Instead of attaching separate graphics to an already finished garment, the design is printed onto compatible fabric before the garment is assembled.

This enables:

Full-body graphics
Complex color patterns
Sponsor integration
Athlete personalization
Detailed branding
Consistent visual reproduction

For sportswear brands, sublimation can also allow a complete collection to share the same visual language.

10. Private-Label Ski Apparel

Private-label manufacturing allows a business to sell ski apparel under its own brand.

The finished product can potentially include:

Brand labels
Neck labels
Size labels
Hangtags
Packaging
Custom graphics
Product identification
Brand-specific colorways

SlideStar’s alpine product page specifically mentions private-label logo integration, custom identification details, consistent graphics across multiple racewear products, and custom packaging depending on project scope.

For an established sportswear brand, this can be more valuable than simply adding a logo to a stock product.

11. OEM vs. White Label

These terms are sometimes used interchangeably, but there is an important distinction.

White Label

The manufacturer has an existing product.

You primarily customize:

Logo
Branding
Colors
Packaging

OEM

The product is manufactured according to your specifications.

You may control:

Fabric
Pattern
Construction
Branding
Graphics
Sizing
Features

ODM

The manufacturer contributes existing product designs, technical knowledge, or development resources that can then be customized for your brand.

For a new ski brand, ODM can reduce development time.

For an established technical brand, OEM can provide greater control.

12. Developing Your Own Ski Apparel Collection

A brand should avoid launching too many products at once.

A practical initial collection might contain:

Core Racewear

Alpine race suit
Nordic race suit
Technical base layer

Training

Training jacket
Training pants
Thermal layer

Lifestyle/Team

Team jacket
Casual technical top

This creates a coherent collection without requiring dozens of SKUs immediately.

13. Build a Product Specification

Before requesting an OEM quotation, create a product specification.

Include:

Product

Product name
Intended discipline
Intended use
Target customer

Fit

Race fit
Athletic fit
Regular fit
Unisex
Men’s
Women’s
Junior

Fabric

Fiber composition
GSM
Stretch
Breathability
Thermal characteristics
Wind resistance

Construction

Seams
Zippers
Cuffs
Pockets
Grips
Reinforcement
Panels

Branding

Logo
Labels
Sponsor areas
Printed graphics
Packaging

Sizing

Size range
Measurement chart
Grade rules

Commercial

Target quantity
Target cost
MOQ
Delivery date

A clear specification reduces misunderstandings between the brand and factory.

14. OEM Sampling

Sampling is one of the most important stages of private-label apparel production.

A sample lets the brand evaluate the actual product before committing to bulk manufacturing.

Check:

Fit

Does the garment match the intended silhouette?

Fabric

Does the material feel and perform as expected?

Construction

Are the seams, zippers, cuffs, and panels correct?

Graphics

Are colors and logos correctly reproduced?

Branding

Are labels and other identity elements correctly positioned?

Function

Does the garment work during actual skiing movements?

SlideStar’s published workflow includes sample or production-file approval before bulk production.

15. Test the Product in Real Conditions

A sample should ideally be tested by an actual skier.

For alpine apparel, test:

Ski stance
Deep knee flexion
Hip movement
Pole movement
Chairlift use
Boot interaction
Protective equipment compatibility

For Nordic apparel, test:

Skating
Classic technique
Pole movement
Climbing
Descending
High-output intervals

The objective is to identify problems that cannot be seen from a product photograph.

16. Sizing and Grading

OEM brands need to decide how their size system works.

Possible ranges include:

Youth
Junior
Adult
XS–XXL
Extended sizes

The manufacturer then needs to grade the pattern across the size range.

For custom team programs, mixed sizing is particularly important.

SlideStar explicitly promotes mixed sizing and repeat-order support for team and B2B customers.

For a retail brand, however, the company should establish its own standardized size chart rather than relying blindly on a factory’s existing measurements.

17. Quality Control

Quality control should cover both the garment and the branding.

Fabric

Check:

Correct material
Weight
Stretch
Color
Surface defects

Graphics

Check:

Logo accuracy
Color consistency
Alignment
Print quality

Sewing

Check:

Stitch consistency
Seam strength
Loose threads
Panel alignment

Hardware

Check:

Zippers
Cuffs
Closures
Grips
Other components

Finished Product

Check:

Measurements
Labels
Overall appearance
Cleanliness
Packaging

18. Competition Compliance

This is especially important for technical racewear.

A brand should identify the intended competition level before finalizing the product.

Potential requirements may concern:

Fabric properties
Garment construction
Protective equipment
Cut resistance
Certification
Conformity markings

SlideStar states on its homepage that it has EN 388 cut-resistance reports at Levels 3, 4, and 5 and lists compliance with ISU regulations and FIS 4-star standards.

However, brands should verify the current applicable federation rules and the exact product configuration rather than assuming that a manufacturer’s general compliance statement covers every competition or garment.

19. Protective Ski Apparel

Some OEM programs require more than ordinary racewear.

Specialized protective products can include:

Cut-resistant base layers
Protective race suits
Reinforced panels
Abrasion-resistant areas

SlideStar’s current range includes cut-resistant protective gear for winter sports and describes materials such as UHMWPE and aramid fibers in its technical content.

When developing protective apparel, the technical specification and certification should be treated as fundamental product requirements rather than marketing features.

20. MOQ: What Brands Should Ask

Minimum order quantity is a major consideration for an OEM project.

Before placing an order, ask:

What is the MOQ for the product?
Is the MOQ per color?
Is it per size?
Can sizes be mixed?
Can different designs be combined?
What is the sample quantity?
What is the repeat-order MOQ?
Can replacement pieces be produced later?

SlideStar’s homepage currently advertises a 1-piece MOQ for several customer categories, while individual products can have their own production requirements.

Therefore, brands should confirm the MOQ for the exact product and customization level rather than assuming that one site-wide MOQ applies to every SKU.

21. Production Lead Time

Lead time depends on:

Product complexity
Fabric availability
Sampling requirements
Quantity
Artwork
Season
Production capacity
Packaging
Shipping method

A good OEM plan should separate:

Development time

from

Production time

and

Shipping time.

Do not schedule a product launch using factory production time alone.

Build in time for:

Design
Quotation
Sample
Revision
Approval
Production
Inspection
Shipping
Customs/import processing
Distribution

22. Cost Structure

The final wholesale cost of OEM ski apparel can include:

Fabric
Pattern development
Printing
Sewing
Components
Labels
Packaging
Sampling
Quality control
Factory overhead
Shipping
Duties/taxes where applicable

A lower factory price does not automatically mean a lower total cost.

For example, a cheap garment that requires repeated sample corrections or arrives late can be significantly more expensive for a brand.

The better metric is total landed cost plus product reliability.

23. Packaging and Branding

Private-label products should arrive looking like products from the brand—not generic factory merchandise.

Depending on the project, packaging can include:

Custom neck labels
Size labels
Hangtags
Individual polybags
Product cards
Barcode labels
Branded cartons
Custom packaging

For a retail brand, packaging should be considered during product development rather than added at the end.

SlideStar identifies custom packaging as an available option depending on project scope.

24. Reorder Strategy

One of the biggest advantages of a mature OEM relationship is repeatability.

After a product is approved, retain:

Final pattern
Fabric specification
Color references
Artwork
Logo files
Labels
Packaging specifications
Size chart
Construction details
Sample approval records

This creates a production reference for future seasons.

SlideStar specifically promotes delivery and reorder support as part of its B2B workflow.

25. Seasonal Product Planning

Ski apparel is seasonal, so brands should plan well ahead.

A typical development cycle might be:

Phase 1 — Product Planning

Determine the next season’s collection.

Phase 2 — Design

Create colors, graphics, and specifications.

Phase 3 — Sampling

Evaluate prototypes.

Phase 4 — Revision

Correct fit, fabric, graphics, or construction.

Phase 5 — Approval

Lock the production specification.

Phase 6 — Manufacturing

Complete bulk production.

Phase 7 — Logistics

Ship and distribute products.

Phase 8 — Market Launch

Release the collection before customers need it.

The exact timeline will depend on the manufacturer and product.

26. Building a Multi-Product OEM Collection

A major advantage of OEM manufacturing is the ability to create a consistent product family.

For example:

Race Suit

↓

Base Layer

↓

Training Jacket

↓

Training Pant

↓

Warm-Up Suit

↓

Team Jacket

↓

Accessories

Every product can use the same:

Brand colors
Logo system
Typography
Graphic language
Labeling
Packaging

This makes the collection appear more established.

SlideStar describes its capability as extending across suits, base layers, warm-up apparel, accessories, and broader team systems.

27. OEM for Ski Clubs vs. Sportswear Brands

The basic manufacturing process is similar, but the priorities differ.

Requirement	Ski Club	Sportswear Brand
Team graphics	Very high	High
Athlete names	Often important	Usually limited
Mixed sizing	Very high	High
Private label	Optional	Essential
Packaging	Moderate	High
Retail labels	Usually limited	Essential
Seasonal collection	Moderate	High
Repeat orders	Very important	Essential
Product development	Moderate	Very high
SKU management	Moderate	Very high

28. What to Send an OEM Manufacturer

A professional OEM inquiry should include as much information as possible.

Company

Brand name
Website
Market
Target customer

Product

Product type
Ski discipline
Competition/training use

Design

Artwork
Logo
Colors
Reference products

Technical

Fabric requirements
Fit
Features
Construction
Protection requirements

Quantity

Initial order quantity
Size breakdown
Expected annual volume

Branding

Labels
Packaging
Hangtags
Product codes

Timing

Sample deadline
Production deadline
Target launch

This allows the factory to provide a much more meaningful quotation.

29. OEM Ski Apparel Checklist

Before approving a manufacturer, ask:

Factory

Does it specialize in winter sports?
Does it have relevant product experience?
Does it support OEM/ODM?
Can it manufacture the required garment?

Product

Fabric specification confirmed
Pattern confirmed
Size chart confirmed
Construction confirmed
Components confirmed

Branding

Logo files
Labels
Packaging
Artwork
Sponsor requirements

Development

Mockup approved
Sample completed
Sample tested
Corrections completed

Production

MOQ confirmed
Price confirmed
Lead time confirmed
Inspection process confirmed
Shipping plan confirmed

Compliance

Competition requirements checked
Required certifications verified
Protective claims documented

Future

Reorder process confirmed
Production specifications archived
Replacement-order process established

30. How to Evaluate an OEM Ski Apparel Manufacturer

Don’t evaluate a factory on price alone.

Consider six major areas:

1. Product Expertise

Does the manufacturer actually specialize in winter sports?

SlideStar states that its focus is winter racing apparel rather than general sportswear manufacturing.

2. Customization

Can the factory handle your required graphics, sizing, fabrics, and construction?

3. Development

Can it move from concept to sample efficiently?

4. Production

Can it maintain consistency across bulk production?

5. Compliance

Can it provide documentation relevant to technical or protective claims?

6. Repeatability

Can the same product be reproduced next season?

The final point is often underestimated.

A successful OEM relationship is not simply about producing the first order.

It is about producing the same approved product consistently over multiple seasons.

31. SlideStar’s OEM Positioning

Based on the current website, SlideStar’s strongest OEM positioning is its specialization in winter competition apparel.

The company says it was founded in 2016, has its headquarters in Tianjin, operates a manufacturing facility in Xuchang, Henan, and has served more than 1,000 clubs and brand clients. It identifies speed skating, Nordic skiing, alpine skiing, skimo, and cut-resistant apparel as core areas.

Its site also emphasizes:

OEM/ODM support
Private-label manufacturing
Custom graphics
Mixed sizing
Sampling
Bulk production
Repeat orders
Multi-category winter apparel
Protective apparel options

These capabilities make the company particularly relevant to brands looking for a specialized winter-sports OEM rather than a generic apparel factory.

32. A Simple OEM Development Workflow

The entire process can be summarized as:

1. Product Concept

Define what you want to manufacture.

↓

2. Technical Specification

Select fabric, fit, construction, sizing, and features.

↓

3. Design

Create graphics, colors, branding, and labels.

↓

4. Quotation

Send requirements and receive pricing and production information.

↓

5. Mockup

Review the proposed product visually.

↓

6. Sample

Produce the physical prototype.

↓

7. Testing

Check fit, function, materials, and appearance.

↓

8. Revision

Correct any problems.

↓

9. Approval

Lock the final production specification.

↓

10. Bulk Production

Manufacture the order.

↓

11. Quality Control

Inspect the finished goods.

↓

12. Shipping

Deliver the products.

↓

13. Reorder

Use the approved specifications for future production.

This mirrors the six-stage custom teamwear workflow currently published by SlideStar.

33. Final Takeaway

OEM ski apparel manufacturing gives brands and organizations the ability to create purpose-built winter sports products without owning their own factory.

The strongest OEM programs combine:

Technical fabric selection
Professional pattern development
Functional garment construction
Custom graphics
Private labeling
Flexible sizing
Sampling
Quality control
Compliance verification
Reliable bulk production
Repeat-order capability

SlideStar’s current B2B model is centered on this combination. Its product range covers alpine and Nordic ski apparel alongside speed skating, skimo, protective products, jackets, bibs, and accessories, while its stated OEM/ODM workflow runs from design request and specification through sampling, approval, bulk manufacturing, delivery, and reorders.

For a sportswear brand, the key is to treat OEM manufacturing as a product-development partnership, not simply a way to buy inexpensive garments.

The best results come from clearly defining the product, testing samples under real conditions, documenting every approved specification, and establishing a repeatable production system.

Good OEM manufacturing turns your brand concept into a consistent physical product. Great OEM manufacturing makes that product reproducible season after season.