9.2 Wigs, Hairpieces and Hair Additions

Hair enhancements solve fashion, medical, religious, and convenience needs. Oklahoma does not create a separate “wig license.” Cosmetologists perform wig and addition work as part of licensed hair services. People who solely practice statutory hairbraiding may make wigs from hair, fibers, or extensions under 59 O.S. § 199.1, but chemical jointing (synthetic tape, keratin bonds, fusion bonds) is carved out of that occupation. Do not invent a Board wig credential the Act does not create.

National theory still lists wigs and hairpieces and hair additions (taping, bonding, fusion, linking) under hair design. Independent OpenExamPrep covers those methods as service knowledge a license candidate is expected to understand — including when Oklahoma law puts a method outside unlicensed braiding.

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Cap versus capless construction

Cap wigs are built on an elasticized mesh-fiber base that covers the head. Hair is attached across that cap (often hand-tied or a combination). The cap conceals the client’s own hair more completely, feels more secure for many wearers, and is a common choice when the client has little hair, is wearing the wig for medical reasons, or needs a closed base. Cap wigs run warmer and usually need pinning (and sometimes adhesive or tape at the perimeter) to stay registered to the head.

Capless wigs (also called wefted or open-cap wigs) are typically machine-made. Hair is sewn into wefts — strips of hair stitched along one edge — and those wefts are sewn in rows with open spaces between them. Air moves through the openings, so the wig is lighter and cooler. The client’s own hair can peek through if density is low; capless construction is often chosen for fashion wigs on clients who still have hair and want ventilation.

A weft is the strip itself — the building unit for capless wigs, sew-in weaves, and many tape-in systems. Integration hairpieces have an opening in the base so the client’s own hair is pulled through and blended; they add density rather than fully covering. A toupee is a hairpiece, historically associated with men’s work, designed to cover a bald or thinning area rather than the entire head; attachment may use tape, clips, adhesive, or a combination. Fit still follows head form: front hairline, occipital curve, and ear-to-ear balance. Measure front hairline to nape and ear to ear over the apex rather than guessing from a box size.

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Human hair versus synthetic fiber

Human-hair wigs and pieces behave more like hair: they can often be colored (with strand tests), chemically waved or relaxed by a qualified professional, and styled with thermal tools using heat-protectant logic similar to a haircut. They react to humidity, can frizz, and usually cost more. They also require more ongoing styling because they do not hold a factory set the way many synthetics do. Human hair goods may be cuticle (turned) hair, with cuticles facing the same direction (smoother, more expensive), or fallen hair collected from combs and brushes with mixed cuticle direction (more tangling, usually cheaper).

Synthetic fiber is generally less expensive, holds the manufacturer’s set, and is not colored with standard oxidative haircolor. Conventional synthetic fiber is heat-sensitive. Cosmetology textbooks commonly cite a typical manufacturer styling range of about 175–200°F (79–93°C) for ordinary synthetic fiber before the fiber distorts, frizzes permanently, or melts. That range is manufacturer and textbook guidance, not an Oklahoma statute and not a Board temperature rule. Some fibers are sold as “heat-friendly”; those products publish their own ceiling on the package. Always read the fiber label rather than assuming every synthetic matches the conventional window. Independent OpenExamPrep treats 175–200°F as the conventional textbook window, not as Oklahoma law.

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Hair additions: taping, bonding, fusion, linking

Theory groups strand- or weft-addition methods separately from full wigs. National theory examples include:

1. Taping. Wefts with medical-grade adhesive tape are sandwiched to the client’s hair (or to a second weft). Wear time is finite; oil and sweat degrade tape. Removal uses the manufacturer’s solvent — never rip. Oklahoma: synthetic tape is a chemical hair jointing agent listed outside hairbraiding.
2. Bonding. Liquid adhesive attaches a weft at the base. Bonding is relatively fast for a full-head weft application. Residue and skin allergy are consultation issues. Removal is with the designated adhesive remover, not dry force.
3. Fusion. A keratin or similar protein bond is melted (or, in some systems, ultrasonic-welded) to attach a small strand, often a keratin-tipped extension, to a matching section of the client’s hair. Fusion can look very natural in small sections. Heat and solvent during removal must break the bond, not the client’s hair. Oklahoma: keratin bonds and fusion bonds are named chemical jointing agents outside the unlicensed braiding occupation.
4. Linking. Also taught as micro-link, micro-ring, or I-tip style attachment: a small metal or lined ring is crimped around the client’s hair and the extension strand. No melted keratin is required. Incorrect crimp pressure can cut the hair; links must be repositioned as the hair grows so they do not slide into a tangle at the scalp.

Sew-in weaves (braid base plus weft sewn to cornrows) use braiding plus sewing, not chemical jointing. Clip-in wefts are temporary and generally client-removable. Bonding adhesive on an inflamed or broken scalp is a stop — infection control and skin integrity come first.

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Maintenance, removal, and the wig block

Cleanse human-hair pieces on a wig block or in a basin with products intended for hair or wigs; condition mid-lengths and ends; blot; allow to dry on the block so the cap keeps shape. Synthetic pieces: cool water, wig shampoo, no regular oxidative color, air dry on the block away from radiators and direct sun. Pin the wig at the nape and sides so the front hairline does not stretch. A stocking cap or wig cap on the client keeps natural hair flat and creates a clean surface under a full wig.

Removal always protects the client’s own hair:

• Tape: solvent along the tape line, support the weft, slide off
• Bond: manufacturer remover; do not force a dry weft
• Fusion: dedicated bond breaker or the system’s solvent; crush or soften the keratin bead, then slide; comb out residue
• Linking: opening pliers on the bead, slide the extension out; never yank a locked ring through a knot

Infection control: a wig block (canvas-covered preferred for T-pins; foam used for display) is a work surface, not a sterile implant. Wipe and clean the block between clients; do not park a worn medical wig on a dusty, hair-covered block. T-pins, clips, needles, weaving tools, pliers, and combs that touch hair and scalp go through the salon’s clean-then-disinfect cycle for non-porous tools. Porous blocks and canvas covers are not soaked in disinfectant like metal shears; keep them clean, replace covers that cannot be kept sanitary, and use a fresh liner or clean drape when a client’s piece must sit on the block. Never borrow another client’s wig cap, stocking cap, or unwashed extension pack. Store pieces in a clean bag or on a covered stand.

If the client has scalp infection, open lesions, or infestation, do not install additions until the condition is addressed. Enhancements sit on skin and hair — they are not an exception to infection-control theory. After removal, check the scalp for tape rash, broken hairs at fusion sites, and traction along braid-and-sew tracks.

Oklahoma scope reminder

A person working only inside statutory hairbraiding may braid, weave, lock, and make fiber wigs without a cosmetology license. The moment the service uses synthetic tape, keratin bonds, or fusion bonds, or applies dye or structural chemicals, that person has left the exemption. There is still no Oklahoma-only wig license to apply for — the fork is cosmetology (or other appropriate) licensure versus staying inside hairbraiding.