▼
Description: Includes weave descendant/s, history, flexibility, look/feel, and sample stats.
Description: HP3 Slider Chain is a progression of
HP2 Slider Chain
and is based on
Half Persian 3 in 1 Chain.
Slider Chains are a family or category of weaves that have a chain/cable/wire/ring that is embedded
inside a weave. What makes Slider Chains different from captures is that each outer ring weaves
around the inner chain/cable/wire/ring, where captures do not. The inner wire pictured happens
to be rubber in this case and lends to a stretchy compressed look/feel. The top picture shows the
top and bottom views of the weave. The bottom picture shows the side views of the weave.
The picture sample is made with 102 x stl
16swg 5/16"
rings that are 4 in 1 with 5.29 AR and 1 x EPDM
10swg 2-3/4"
ring that is 102 in 1 with 22.00 AR. These sizes work great for a bracelet, but HP3 Slider Chain
is not as stretchy as HP2 Slider Chain.
▼
Discovered By & Date: This category gives credit to the person/people that discovered the weave and the date the weave was discovered. Picture proof and earliest known date of discovery is required. Discovery does not equal
ownership. All chainmaille weaves are open source, but we seek to give credit to those who contribute to the chainmaille community out of respect.
Discovered By & Date: Joshua Diliberto | September 2024
▼
Minimum AR: This is an objective value. The smallest known aspect ratio that will work with this weave.
Minimum AR: 5.00 | NA
▼
Ideal AR Range/s: This is a subjective value. The aspect ratio range/s where the weave has been found to be functional.
Ideal AR Range/s: 5.00 - 5.40 | N/A
▼
Maximum AR: This is an objective value and only applies to weaves that have an AR lock feature.
Maximum AR: N/A
▼
AR Lock: If a weave has a dramatic new look or is structurally different simply because of a change in aspect ratio, it has an AR lock feature.
AR Lock: NO
▼
Chiral: Does the weave have right/left handed versions?
Chiral: Yes
▼
Prime: Does the weave have one ring size and consistent ring ratio?
Prime: No
▼
# of Ring Sizes Used: Ideally, how many rings sizes are used to make this weave?
# of Ring Sizes Used: 2
▼
Consistent Ring Ratio: Does each ring in the weave connect to the same number of other rings?
Consistent Ring Ratio: No
▼
Ring Ratio: How many rings does each ring connect to? Value must be constistent thoughout the weave to be noted. Described as "x in 1" in the title/name of the weave.
Ring Ratio: 4:1 | N/A
▼
Strength: A subjective value that determines resistance to breakage. Determined from minimum AR of the largest rings used.
<3.00 AR = Highest
3.01 - 4.00 AR = High
4.01 - 5.00 AR = Medium
5.01 - 6.00 AR = Low
>6.00 AR = Lowest
Strength: Low
▼
# of Rings/Repeating Section: This category does not apply to units. How many rings does it take for the pattern to repeat? Determined from the same ring position and orientation.
# of Rings/Repeating Section: 2
▼
Cross Section: This only applies to chains. The shape the weave has when an imaginary cut is made perpenticular to its length.
Cross Section: Trapazoid
▼
R.I.M. Level 4 Structure: This link goes to the "Ring Interaction Model" and highlights the beginning first 4 ring's structure.
R.I.M. Level 4 Structure:
▼
Ancestors/Prerequisites: Internal link/s to weaves that precede and are related or similar.
Ancestors/Prerequisites:
▼
Descendants: Internal link/s to weaves that follow and are related or similar.
Descendants:
▼
M.A.I.L. External Link: External link to the Maille Artisans weave entry.
M.A.I.L. External Link:
N/A
▼
Tutorial/s (Internal Link/s): Internal link/s to weave tutorials.
Tutorial/s (Internal Link/s):
▼
Tutorial/s (External Link/s): Link/s to tutorial/s on other sites.
Tutorial/s (External Link/s):
▼
Tome of Weaves Documentation: Documented by and date (internal).
Tome of Weaves Documentation: Joshua Diliberto | 9/22/2024, 9:03 am
▼
M.A.I.L. Documentation: Documented by and date on Maille Artisans.
M.A.I.L. Documentation: N/A
▼
Last Edited (Internal): Date of most recent edit.
Last Edited (Internal): Joshua Diliberto | 9/22/2024, 9:03 am
