A Case for using Reconstructors for Natural, Permed and Chemically Treated Hair: Technically Speaking

What are Reconstructors

Reconstructors are conditioners formulated with a high concentration of protein and are specifically designed to treat acutely damaged hair resulting from natural hair styles and permed and/or chemically treated hair.

What are Proteins?

Basically speaking, proteins are polymers that are composed of individual amino acids that bond together to form large and sometimes complex chains of molecules. The bonds that connect amino acids are called peptide bonds.  We need these proteins because they give our hair structure. In fact, healthy hair is composed of approximately 88% keratin protein, 3% lipids (essential fatty acids) and 9% water.   Not all proteins are the same size and therefore, they have to be modified so that they can effectively correct damaged hair.  They are either to big or too small, which does very little for your hair.  Think Golidlocks and the Three Bears-you need a protein that is just the right sized molecule for your hair to maximize results. Okay, perhaps I’m digressing a little, but you see where I am going with this.

The Goldilocks Syndrome- The protein size has to be just right!

A.  This one is too big

When proteins are too large to penetrate the hair cuticle, they mostly coat the hair shaft and are washed away when you shampoo.  So, if you are using coconut milk or egg yolks in your hair regimen, the results will be marginal at best because of the size of the protein.   These natural protein products provide a good source of trace minerals, vitamins and essential fatty acids for the hair.   However, the proteins that they contain go largely under used during the application because they are too large to penetrate the hair cuticle.

 

B.  This one is too small

In order to make a protein small enough to penetrate the hair cuticle it must be hydrolized.  The process of converting proteins back to the individual amino acids is called hydrolysis.  The process involves cleaving (breaking) the peptide bond to form the amino acid and water.  The amino acids are very small and easily penetrate and exit the hair cuticle.  So the problem with using amino acids to repair hair is that the amino acid has an incredible affinity for water.  The amino acid would rather be in water than attached/bonded to the cortex of hair.  So like large proteins, amino acids will be washed or shampooed from the hair without any real benefit. The liquid amino acid products on the market currently sold in most health stores only provide marginal performance. In addition, some amino acid products on the market are not amino acids at all- they are protein concentrates.  Like regular protein, protein concentrates are too big to penetrate the hair cuticle so your hair does not benefit from their use as I stated above.

 

C.  This one is just right

This is where scientists get really smart about how to better use natural products.  Instead of doing a complete hydrolysis of a protein, they do a partial hydrolysis. The result is a mini segment of protein also known as a polypeptide.  They typically have molecular weights in the range of 500 – 10,000 Daltons.  In contrast, a simple protein can have a molecular weight of 50,000 – 100,000 Daltons.  The point I want to make here is that hydrolyzed proteins (polypeptides) are able to penetrate the cuticle and form a temporary bond at the cortex.  This is what the repair of hair is all about.   Reconstructors, which are made of mostly protein-based ingredients, form a patch to cover the damaged area on the hair shaft to protect the cortex.

 

To Heat or not to Heat?

Some reconstructors require heat in order to work.  What they are really doing is opening the cuticle of a damaged hair in order to allow easier access to the cortex.   REALLY?   Quite simply put, that’s oxymoronic.   If lifting the hair cuticle causes hair damage,  then heating the hair to apply a reconstructor would cause even more damage.

 

The Solution

Look for a reconstructor that is gentle and does not require heat.  The CUSH Hair Repair Damage Control  and the CUSH Extreme Protein Reconstructor are very gentle and take advantage of the negative charge of the exposed cortex.  Our protein system has a positive charge, which gives it a chemical affinity for the damaged areas of your hair.  In other words, it actively seeks the damaged areas of your hair to bond to it without the use of heat.   We’ve also specifically formulated the both, CUSH Hair Repair Damage Control and the CUSH Extreme Protein Reconstructor with wheat protein to address mechanical, thermal and chemical stress.  Most products on the market currently formulate with keratin protein, which only addresses damaged hair resulting from chemical stress associated with the relaxed hair.  Below, you will see my suggested protocol for using a reconstructor.

 

Protocol for the use of Reconstructors Based on Hair Styling Practices

 

Relaxed Hair or Color Treated Hair

In the case of color treated hair or relaxed hair, I like to think of this as acute trauma to the hair system.  I recommend using a reconstructor just before or directly after the relaxer or color treated process. CUSH Hair Repair Pre-Salon Keratin Treatment is a superb treatment formulated to counteract any damage that chemical applications may cause.

 

Natural Hair Styling (Braiding, Twisting, Locs)

I like to think of this as gradual and incremental damage to hair system.  I recommend using a reconstructor every 6-8 weeks if your hair is healthy for  preventative maintenance to ensure your hair stays healthy.   And if your hair is damaged, I suggest more frequent use. The CUSH Extreme Protein Reconstructor is great to use when actually doing these types of hairstyles.

 

Thermal Styling

Excessive use of heat to style the hair system can very quickly lead to hair breakage.  I recommend using a reconstructor twice per month.  

Use the minimal heat to achieve the styling effect.  Just because the flat irons have a maximum setting, does not mean you have to max out the temperature.  Less/Lower heat is better.

Please note that once the hair has been damage the results are permanent.  Thus, applying a reconstructor to your hair will only stop the damage and allow the hair to continue growing until a desired length is reached.  However, you will have to cut the damaged area to start your journey towards healthy hair. There is no product on the market that will reverse the effects of hair damage.  Reconstructors merely make it more difficult for the damage to continue and/or progress to hair breakage. 

 

Tip of the Day:  Make sure the repair product label has Hydrolyzed Proteins on it.  Some of the common proteins used are Keratin, Wheat, Soy, Silk, Collagen and Milk.    

 

 

All About Damaged Hair: Technically Speaking


Hair breakage is the ultimate, frightening (think-The Scream) result that occurs because of hair damage.  And, it appears that every proverbial road of broken hair strands leads to only one word-stress.  As you can see below, you have six stressors that you should avoid as much as possible to prevent damaged hair and ultimately hair breakage.

 

The Root Cause Analysis for Hair Breakage

Here’s how I, the scientist, think about hair breakage.  Hair breakage is the defect.  The root cause of the defect (hair breakage) is damaged hair.  Hair becomes damaged because of excessive stress on the hair system.  There are six types of stressors (also called failure modes) that lead to hair damage:

 

  • Mechanical Stress
  • Thermal Stress
  • Chemical Stress
  • UV Stress
  • Hydral Stress
  • Environmental Stress

Fortunately, hair breakage can be measured because it is something that you can readily see. However, on the other hand, hair damage might be a little more difficult to discern because you simply might not know the definition.   So what is hair damage exactly?

 

The Definition of Acutely Damaged Hair

Your hair is damaged when it is missing cuticles, has cracked cuticles, has a misalignment of cuticles, or has raised cuticles.  Again, in order to avoid damage to the hair, and ultimately, hair breakage, you must prevent the damage from occurring.  Remember the old saying, “An ounce of prevention is worth a pound of cure?“ Well it applies to hair as well and the only way to prevent hair damage is avoid or minimize stress to the hair system.

 

Again, stress is the driver for hair damageThe most prevalent types of stressors in the natural hair care community are mechanical, thermal and chemical stress. When hair is damaged, look for the following signs and behavior:

 

  • Increased porosity and hair dryness
  • Increased split ends
  • Increased brittleness due to decreased elasticity/suppleness

 

Let’s delve a little further into the three types of stress for natural hair care styling: mechanical, thermal, and chemical stress.

 

Mechanical Stress in Natural Hair Care Styling

Mechanical stress is caused by the increased styling efforts to maintain natural hair.  Whether you’re doing a two strand twist out, bantu knot, wash and go, coiled twist, cornrows, or sister locs, you are physically manipulating the hair and applying mechanical stress to the hair system, which ultimately boils down to your hair becoming more prone to being damaged.  Curly hair (especially type 4 hair) is susceptible to breakage due to the curl pattern.  Regardless of how carefully the physical manipulation is done, there still remains the potential for incremental damage to the hair system. 

 

Thermal Stress in Natural Hair Care Styling

Thermal stress is caused by the practice of using heat to style and manipulate the hair system. This includes flat ironing, blow-drying, and hair dryers.   Heating the hair follicles causes the cuticle to be lifted from the hair shaft, which exposes the cortex.   Once the cuticle is raised and the cortex is exposed, moisture readily evaporates from the hair.

 

Chemical Stress in Natural Hair Care Styling

 

Most natural divas are quick to tell you that they have not used “creamy crack” on their tresses in X amount of years.  However, “creamy crack” is only one of many types of chemical stress. Other chemical stressors include hair colorants and shampoos.

 

Many natural women are using hair colorants.  Whether permanent or demi hair colorant systems, most products use some type of alkaline ingredient such as ammonia to lift the cuticle and allow the dye to penetration the hair shaft.  Under high pH conditions, the cuticle is forcibly lifted to expose the cortex, which can result in acute damage to the hair system.  The damage might show up as moisture loss, brittleness or possible hair breakage. 

 

Shampooing the hair can also cause chemical stress.  The natural hair care regimen requires that we wash our hair more frequently.  Depending on the shampoo this could lead to disastrous results.  Most people know to avoid SLS and SLeS shampoos because they tend to strip the hair of its natural lipids. However, no one is talking about the importance of optimal pH levels for shampoo regardless of the surfactant system.  I have seen “no poo” shampoos on the market that have a pH of 8-9.  They are marketed as natural but are possibly worse than SLS in shampoo because under high pH conditions, the cuticle is forcibly lifted to expose the cortex, which can result in incremental damage to the hair system.  Again, the damage might show up as moisture loss, brittleness or possible hair breakage.  Yes I purposely repeated myself to drive home a point.  Are you beginning to see a correlation between high pH levels and damaged cuticles?

 

So as you can see, the three amigos-mechanical stress, thermal stress, and chemical stress can cause hair damage, which will ultimately lead to hair breakage. I’m being redundant on purpose because I really want to drive this point and make sure you fully understand what damage is and how it occurs.

 

Tip of the Day:  The optimal pH of a shampoo is 5.5 – 6.5.  Regardless of what product you are using, get a pH strip and test the product before using it.  If the pH is between 5.5 – 6.5 and does not contain SLS, SLeS or ALS then it is probably OK to use.  Remember, at a pH of 6.9 you begin to open hair cuticles.

Now that you know “everything in the world” about damaged hair, lets discuss how to fix it.  In part two of this article , I’ll tell you everything about reconstructors.

 

 

When to use Glycerin Products Based on Dew Points: Technically Speaking

A.E. Wrote:

Good afternoon Joe!
I was wondering if you could answer my question about dew points and glycerin? It seems like every product that I use contains glycerin or vegetable glycerin and I’m not sure if I should be using them or not. The dew points here are currently around 80. Is that too high for glycerin? And if it is, is there a way to modify the products that I already have so I can keep using them?
Thanks so much for your help!

Great question!  Let’s tackle this in three parts-I’ll discuss the definition of dew point, the definition of glycerin, and the effect of glycerine on the hair when it’s formulated in hair care products.   Lastly, we will discuss what to do.

Dew Point

The Dew point is the temperature at which the water vapor in air begins to condense to a liquid.  It is an absolute measure for how much water vapor is present in outside air.   The greater the dew point temperature, the more water vapor available to condense into liquid water.  Conversely, the lower dew point temperature corresponds to lower amounts of water vapor available to condense into liquid water.  A good rule of thumb for dew point is as follows:

  • Humid Conditions            60F to +80F

  • Optimal Conditions          40 F to 60F

  • Dry/ Arid Conditions       Less than 40F

 Glycerin

 Now, moving on to Glycerin-I’ll discuss the technical definition of glycerin, how it’s made and its function in hair care products.

 Vegetable glycerin is a colorless, clear, viscous liquid (it has the consistency of molasses) that is extremely water-soluble.  It is produced from the hydrolysis of coconut and palm based glycerol fats with water under high temperature and pressure.  The product is then distilled to remove the excess water to produce glycerin at +99.3% purity.  It is primarily used as a humectant in cosmetics and personal care products. 

Now you’re probably asking, what is a humectant?

Humectants have two primary functions in hair products: It absorbs water from the air and slows down the rate at which water evaporates from your hair.  In other words, in hair products, glycerin brings the hair shaft in contact with water and limits the water’s ability to evaporate.  Thus, your hair has a greater chance of absorbing water and staying hydrated, which is the key to having healthy hair and minimizing breakage.   Therefore, having a humectant in your hair products is advantageous but, as I hinted above, there are trade offs, especially for curly hair because it tends to be more porous and will need the extra moisture to stay hydrated.  The key to getting optimum performance from glycerin based products is using them at the correct dew point temperature.

Now that you know the definition of dew points and glycerin, let’s discuss the effect they have on your hair- or more specifically, what is the correlation between and dew points and glycerin?

Glycerin Based Products in Low Dew Point Climates

Under dry, arid conditions, glycerin struggles to find enough water in the air to properly hydrate itself (remember glycerin needs water and will therefore, bind to it).  Thus in arid conditions, the only benefit that glycerin will give your hair is that it will slow down the evaporation rate of water from your hair back into the environment.  Simultaneously, glycerin will struggle to remove the small available amount of water from the arid air.  However,  once all the available free water is consumed from the air, the glycerin in your hair product, will then remove the available water from the product itself.  Once that is gone, it will remove the water from the cortex of your hair because glycerin is a humectant and needs to stay hydrated.  Needless to say, using products formulated with glycerin is counterproductive to achieving healthy hair when applied in arid conditions. It leads to overall dryness, coarseness, frizz, fly-aways and an increased probability for greater damage by causing split ends.

Glycerin Products in High Dew Point Climates

Under humid conditions, glycerin causes the hair to become over saturated with water and therefore, disrupts some of your hair’s structure/hydrogen bonding.   I don’t want to get into the chemical structure of hair in this discussion, but I must digress so that you’ll get the complete picture.   Again, when hydrogen bonding is disrupted, your hair losses some structure. Don’t be alarmed because every time you shower, shampoo or go into a high humidity climate, you are disrupting hydrogen bonding in your hair.   When you wet your hair, you are breaking hydrogen bonding.  Your hair looses structure and becomes elongated.   During the drying process, water evaporates and the hydrogen bonds reform.  Your hair’s natural structure is reformed and the hair elongation is reduced so it goes back to its natural state.  This is called shrinkage.   Also, during the elongation process, the hair becomes swollen and the cuticle raises, which causes tangling. Hint, this is why your hair gets tangled when you wash it.

Now, having explained the process of water/humidity with respects to the elongation and shrinkage of your hair, let’s take closer look at glycerin.  The problem with using glycerin based products in high humidity is that it slows down the drying process and increases the chances of damaging your hair while it is elongated.   When your hair is wet or elongated, it is weaker and more prone to breakage.  Obviously, using glycerin based products in humid climates consistently keeps your hair in an elongated state.  Therefore, it increases the probability of damaging it. It can also lose its curl pattern and become frizzy due to having swollen cuticles and tangling, as I mentioned above.  Lastly depending on the concentration of glycerin in the product, your hair might begin to feel stickier.

So, what’s the optimal time to use glycerin products?

  1. Only use products with high glycerin concentrations during optimal dew point temperatures (40F to 60F).

  2. Use Glycerin free products for humid conditions.  In particular, look for the polyquats to detangle and address frizzy hair (typically in the summer and dew point is above 60F)

  3. Use leave-in or deep conditioners (standard oil/water emulsions) for low humidity conditions, which is typically in the winter and dew point is below 40F)

 Please note that products formulated with low levels of glycerine, will not have these dramatic effects on the hair and to best “guestimate” glycerine levels, look for products that list glycerine on the back end of the ingredients list.