Fist Theory™ | Internal Navigation

The following links can be used for navigation during offline development:

Education Center | 

Lubrication Bases: Polysaccharides

 

ID: 030103055

Science Topic

Lubrication Bases: Polysaccharides

Fisting Considerations with Polysaccharide Lubricants

Education Center | Course ID: 030103055

Publication Details

Author: Finn Vortex

Published: 31 December 2023

Updated:

Duration: 10 Minutes

Executive Summary

Polysaccharides overview, evaluation, and associated safety data sheet(s).

Polysaccharides Overview

Summary Data Sheet

This section, Polysaccharides Overview, and the next section, Summary Data Sheet, contain similar information in differing formats. The Summary Data Sheet is more succinct and has a few additional technical details.

Skip to Summary Data Sheet

Data Sheet for Gum Lubes

This data is applicable to anal fisting only.

There are additional concerns related to vaginal fisting that are not discussed nor considered in this topic.

Fist Powder
Xanthan Gum
Carob Gum
Corn Starch
Corn Starch
Fist It
Figure 1.1: One of Many Polysaccharides
Figure 1.1 [ A - F ]: Various Polysaccharides

There are many different types of polysaccharide lubricating agents. These include but are not limited to: Fist Powder (a hybrid lubricant), various gums (xanthan, carob, and guar [guar not pictured], cellulose (such as J Jelly), corn starch, and Fist It (a hybrid lube).

Composition and Properties

Polysaccharide is an all-inclusive term for a variety of starchy, hydrocolloid substances derived from plants or microbes. In the food industry, polysaccharides play a crucial role in creating textures, thickening liquids, and stabilizing oil-and-water solutions. In the cosmetic industry, polysaccharides work primarily as stabilizers that allow multiple types of oils to be blended together and combined with water-based ingredients. A tiny amount of polysaccharide powder mixed with water creates liters of slippery substance that is less slimy than PEO, PG, and other emulsifiers.

Many polysaccharides are usually mixed with other lubricant bases to create very personalized lubes. Although polysaccharides can be used as single-ingredient-lubes, this is uncommon in the fisting community. This disuse is due to lack of knowledge about the highly viscous and lubricious nature of these polysaccharides.

The two most common polysaccharides are gums and cellulose.

Dozens of unique gums can be transformed into fisting lubes. The three most common include:

  • Xanthan | Derived from microbial fermentation of sugar in specialized factories.
  • Guar | Extracted industrially or manually from the seeds of Guar or Cluster beans, a popular legume in India.
  • Carob | Extracted industrially or manually from the pod seeds of locust trees.

Hydroxyethyl cellulose and carboxymethyl cellulose can be purchased as powders or premixed lubes. Many lube manufacturers use one of these two cellulose agents as the base in their lubes.

Lube enthusiast can create organic polysaccharide lubes with common food items such as corn starch, potatoes, legumes, and other starchy vegetables.

Polysaccharide lubes may be referred to as water-based or emulsifier lubricants. Water-based is an umbrella term that includes glycerine-based lubes, polysaccharides, and PEO-based lubes. Emulsifier is an umbrella term that includes PEO lubes, some obstetrical lubes, polysaccharide lubes, and pectin-sourced lubes.

VOCABULARY

Hydrocolloid

  1. NOUN A substance which forms a gel in the presence of water.
Locust Tree Seed Pods
Figure 1.2: Locust Pods on Honey Locust Tree

Endoderm from seeds from locust pods create carob gum.

Safety

In commercial lubricants, polysaccharides are often coupled with propylene glycol and other ingredients to achieve a desired lubricity that requires less reapplication. While polysaccharides themselves are generally harmless, the additional ingredients may be toxic.

In foods and cosmetics, polysaccharides, such as cellulose and gums, are very safe and stable. When applying or consuming limited quantities of these polysaccharides, there are rarely any health complications. In fact, some polysaccharides are beneficial to the body. Gums are known to decrease blood sugar when part of a normal diet. Unfortunately, using gums in the fist chute usage does not offer the same health benefits. The physiological functions that decrease blood sugar are located in the upper GI tract only. When consumed in large quantities, cellulose works as a laxative.

Polysaccharides, like all other lube ingredients, have a slight potential to irritate the tissue of the fist chute. They can also trigger an immune response resulting in inflammation, discomfort, and intestinal distress, but have not been known to trigger an anaphylactic (or full body) reaction.

Gums are great lubes for all types of gear and toy play. They will not degrade material and at viscosity, lube does not puddle at the base of the toy.

Microbial Colonization
Figure 1.3: Microbial Colonization

Gums provide ideal nutrition to microorganisms such as Candida.

Sanitation and Disposal

Gums wash easily with soap and water. Cellulose acts similar to PEO based lubes and can be degraded with salts, alcohols (in certain shave creams), and acids (such as vinegar).

Any powders that are past the expiration date on the package or one year from opening a sealed package should be discarded in the trash.

Pour leftover lube in the waste bin to prevent gums from mixing with other substances in drain lines with resulting plumbing issues.

Most polysaccharides lubes, especially gums, should be discarded immediately after a session. There are no exceptions to this rule, except if freezing unused lube immediately after mixing. Polysaccharides are good food sources for microbes and are colonized quickly.

Man Pinching Nose
Figure 1.4: Distinct Odor Emitted by Gums

Gums are normally odorless. Within 24 hours, most will start generating odors and off-gassing due to microbial colonization.

Marketing, Value, and Availability

Gum and starch pricing is extremely reasonable to make a single bottle of lube or a large volume of lube for demonstrations. Gums can be purchased in the baking area of general grocery stores or in specialty craft and health food stores.

Pricing is reasonable for lubes with CMC such as J Jelly; however, shipping liquids may double the price paid for the lubricant. Purchase liquids at farm supply stores. CMC can be purchased in powder form in the baking area of general grocery stores as cellulose gum.

Specialty lubes such as Fist It and Fist Powder usually have high markups in specialty sex stores and online. Be cautious about using Amazon and definitely avoid Alibaba and eBay when purchasing online.

Grocery Store Aisle
Figure 1.5: Polysaccharide Shopping

Gums and starchy products are often found in the bake goods aisle.

Fisting Considerations and Notes

Substance CAS # E / INS #
Xanthan Gum 11138-66-2 E 415
Guar Gum 9000-30-0 E 412
Carob Gum 9000-40-2 E 410
Arabic Gum 9000‐01‐5 E 414
Gellan Gum 71010-52-1 E 418
Carrageenan Gum 9000-07-1 E 407 or 407a
Substance CAS # E / INS #
CMC 9004-32-4 E 466 or 469
HEC 9004-62-0 E 1525
Table 1.1 and 1.2: CAS and E Numbers

Most gums have an E number in the 400 range which is dedicated to thickeners, stabilizers, and emulsifiers. Note that CMC is included in the range while HEC is not.

Gum lubes that wash off easily may require more frequent reapplication and may not be ideal for depth play or heavy punch play without some additives to decrease reapplication frequency.

Cellulose is often used as a laxative and, in high volumes, they may trigger excessive bowel movements.

Summary Data Sheet

This section, Summary Data Sheet, and the previous section, Gums Overview, contain the same information in differing formats. The Gums Overview has practical insight into data discussed below.

An explanation of the Fist Theory© summary data sheets is available in the course: Lubrication Bases.

Summary Data Sheet: Gums Lubrication

 

General

Gum lubes may originate from plant seeds, sap from specific trees, and certain types of bacteria. They may be referred to as water-based lubes. Cellulose is typically made from tree bark or cotton.

Lubricity & Viscosity:

High / Moderate

Active Ingredient(s):

Various

Active Ingredient Identifier(s):

Various | See Table 1.1 and 1.2

Additional Additives:

Most polysaccharides are used as a dual or supplemental base.

 

Safety

Grades in Use:

  • Food and Pharmaceutical Grade (FG)
  • Medical or Surgical (MG)
  • Dermatological Grade (DG)
  • Industrial Grade (IG)
  • Veterinary Grade (VG)

Known Hazards & Toxicity:

Food grade gums are considered non-toxic when exposure is limited; in rare occasions, gums can be irritants when applied to the mucosal membrane of the fist chute. Cellulose is very similar; however, veterinary grades may have impurities.

Note: Manufacturers usually low levels of consumption for regular use daily. Toxicity or hazards related to fisting, including increased consumption with anal usage, are not evaluated. A typical session uses much more than recommended daily allowances for ingestion. Use at your own risk.

Sexually Transmitted Infections:

In the context of fisting, no lubrication is certified to reduce or prevent transmission of STIs. Standard protocols and testing should be implemented.

Microbial Infections:

Gums are cellulose are fantastic growth mediums for fungi and bacteria. Any commercial lubricant will have preservatives to prevent rapid spoilage. Most gums and cellulose are odorless; however, after 24 hours, mixed lubes containing gums with no other preservatives will smell bad. Microbial colonization occurs quickly.

Toy Compatibilities:

  • PVC
  • Silicone

Condom/Glove Compatibilities:

  • Latex/Nitrile
  • PVC
  • Rubber
 

Disposal and Cleanup (Sanitation)

Expiration:

Dispose of powders one year after opening or by the expiration date, whichever is first.

Disposal Instructions:

Powders can be discarded directly. Mixed lubes should be poured into a container and thrown into the trash. While gum and cellulose lubes can be rinsed down the drain, trash disposal eliminates potential plumbing issues.

Removal Instructions (Skin):

Wash gums with soap and water. Use salt to help disintegrate cellulose.

Removal Instructions (Fomites):

For furniture, wash with damp rag. For clothing, launder as normal.

 

Value

Cost Per Coverage-Centimeter/Inch:

Low to moderate

Reapplication/Rehydration Frequency:

Moderate to high

 

Availability

Online:

Gums: Health Food Vendors; Craft Baking Vendors | Cellulose: Veterinary Stores; Chemical Suppliers | Hybrids: Adult Oriented Webstores

Physical Locations:

Gums: Baking section of large grocery or health food stores | Cellulose: Farm Supply Stores | Hybrids: Adult Novelty Shops

Labels:

Gums: Guar Gum, Xanthan Gum (from Bob's Redmill), Carob Gum, and various others | Cellulose: J Jelly | Hybrids: Fist It, Fist Powder

 
Fisting Considerations / Notes

Because they wash easily, gum-based lubes with no other lubricious ingredients may not be ideal for depth play or heavy punch play. Reapplication frequency of gum-based lubes in those scenes would be tedious.

Cellulose (HEC / CMC) lubes that are pre-mixed have lower viscosities but are still suitable for depth play or heavy punch play. Reapplication frequency is greater than PEOs but still within non-tedious ranges.

 

Safety Data Sheets

General Evaluation

Gums

The base ingredient, gums, was evaluated in the following four areas (relative to other lubrication base ingredients):

Safety

Low Toxicity

👊🏼 👊🏼 👊🏼 👊🏼 👊🏼

Shelf Life

👊🏼

Condom/Toy Compatible

👊🏼 👊🏼 👊🏼 👊🏼 👊🏼

Limited Allergens/Irritants

👊🏼 👊🏼 👊🏼 👊🏼

Cleanup

Washes Easily

👊🏼 👊🏼 👊🏼 👊🏼

Unlikely to Stain

👊🏼 👊🏼 👊🏼 👊🏼 👊🏼

Application

Lubricity

👊🏼 👊🏼 👊🏼 👊🏼

Viscosity

👊🏼 👊🏼 👊🏼 👊🏼

Minimal Rehydration

👊🏼 👊🏼

Acquisition

Cost per Coverage Area

👊🏼 👊🏼 👊🏼 👊🏼 👊🏼

Ubiquity

👊🏼 👊🏼 👊🏼 👊🏼

Legend - Qualities Demonstrated
👊🏼 👊🏼 👊🏼 👊🏼 👊🏼     Superior
👊🏼 👊🏼 👊🏼 👊🏼 Above Average
👊🏼 👊🏼 👊🏼 Average
👊🏼 👊🏼 Below Average
👊🏼 Inferior

Cellulose

The base ingredient, cellulose, was evaluated in the following four areas (relative to other lubrication base ingredients):

Safety

Low Toxicity

👊🏼 👊🏼 👊🏼

Shelf Life

👊🏼 👊🏼 👊🏼

Condom/Toy Compatible

👊🏼 👊🏼 👊🏼 👊🏼 👊🏼

Limited Allergens/Irritants

👊🏼 👊🏼 👊🏼 👊🏼

Cleanup

Washes Easily

👊🏼 👊🏼 👊🏼

Unlikely to Stain

👊🏼 👊🏼 👊🏼 👊🏼 👊🏼

Application

Lubricity

👊🏼 👊🏼 👊🏼 👊🏼

Viscosity

👊🏼 👊🏼 👊🏼

Minimal Rehydration

👊🏼 👊🏼

Acquisition

Cost per Coverage Area

👊🏼 👊🏼 👊🏼

Ubiquity

👊🏼 👊🏼 👊🏼

Legend - Qualities Demonstrated
👊🏼 👊🏼 👊🏼 👊🏼 👊🏼     Superior
👊🏼 👊🏼 👊🏼 👊🏼 Above Average
👊🏼 👊🏼 👊🏼 Average
👊🏼 👊🏼 Below Average
👊🏼 Inferior

A full comparison chart between gums, cellulose, and other lubricants, as well as an explanation of each evaluation category is available in the course: Lubrication Bases.

Content Development

The following material is under consideration in the development of this topic:

Objectives

Upon completing this course, the student will be able to:

  • List suitable fisting activities with gum and cellulose only lubes.
  • Identify at least one type of gum.
  • Identify at least one type of hybrid lube with gum or cellulose.
  • Provide the maximum length of time a single-ingredient gum or cellulose lube should be kept before discarding.
  • Provide three locations where gums and cellulose lubes can be purchased.

Note: Objectives should follow instructional design standards and be easily measurable with little ambiguity.

Supplemental Content

Blog Articles

  • Winging it in Costa Rica!

F2 Promotional Materials

  • Thursday Erotica/Neurotica: N/A
  • Skills: N/A
  • Protocols: N/A
  • FWOTD:
    • Gums
    • Xanthan Gum
    • Guar Gum
    • Cellulose / HEC / CMC
    • Polysaccharide

Outline (Proposed)

  • Polysaccharides Overview
  • Composition and Properties
  • Safety
  • Sanitation and Disposal
  • Marketing, Value, and Availability
  • Fisting Consideration and Notes
  • Summary Data Sheet
  • Safety Data Sheets
  • General Evaluation
  • Gums
  • Cellulose

F2 Resources

These individuals have indicated they continue fisting with this condition:

  • N/A
  • N/A

Brain Dump - Staging Area

        

Publication Quick Links

Toolkit | Nu HTML Checker