Set your region

We'll choose the usual language and units for you.

Recommended settings

English · Metric · grams

Change language or units

Delete account

Delete your ThreadCabin account? Your profile, saved projects, and saved undo history will be permanently removed. Browser-only guest projects are not part of the account.

Knitting: Materials and equipment

39 guides and workflows

Fine-line drawing of loose wool fibre becoming a spun single and balanced two-ply yarn

Collection guide

Yarn twist and ply: structure before stitch

Read a yarn as a structure of fibres and singles so you can anticipate cohesion, surface, stitch definition, and the difference between ply count and thickness.

Fine-line fibre study of crimped wool, moisture droplets, and a smooth synthetic strand

Collection guide

Wool crimp, moisture, and static charge

Connect wool’s wavy, layered fibre structure with elasticity and moisture response—and understand why dry air can change static behaviour.

Budget two different yarns held together — measured quantities

Collection guide

Budget two different yarns held together

For 400 m of working length with one strand of each yarn and 10% reserve, yarn A and yarn B each need 440 m. Their lengths cannot be pooled.

Combine component quantities without mixing colors — measured quantities

Collection guide

Combine component quantities without mixing colors

Two parts using 120 m and 80 m of color A total 200 m before reserve. Color B uses 60 m separately. At 100 m per ball and 10% reserve, buy three A balls and one B ball.

Estimate making time from a timed sample — measured quantities

Collection guide

Estimate making time from a timed sample

If 50 comparable units take 20 minutes, 500 units take 200 minutes at that sampled pace. A 15% time allowance gives 230 minutes, or about 3 hours 50 minutes.

Calculate rows for a target length — measured quantities

Knitting guide

Calculate rows for a target length

At 30 finished rows per 10 cm, 60 cm corresponds to 180 rows. Row gauge must be measured independently of stitch gauge.

Illustration: A graded row of six yarn strands from fine to bulky, each beside a proportionate needle tip and small simple knitted sample.

Collection guide

Understand yarn-weight categories

A yarn-weight category describes a broad thickness range, not package mass. Use it to shortlist candidates, then compare finished gauge and fabric.

Illustration: A graded row of six yarn strands from fine to bulky, each beside a proportionate needle tip and small simple knitted sample.

Collection guide

Interpret suggested gauge and tool sizes

A label’s suggested tool size is a starting point. The pattern’s finished gauge and required fabric behavior determine whether your sample is suitable.

Illustration: Two differently textured fiber tufts feeding into one blended yarn, beside two finished samples arranged for comparison of drape and recovery.

Collection guide

Read fiber-blend proportions

Blend percentages describe composition by mass, not separate visible lengths. Record the whole blend before comparing stretch, warmth or care behavior.

Illustration: Three skeins of nearly matching muted teal yarn with subtly different tones and a swatch transitioning gradually between two of the tones.

Collection guide

Identify dye lots and color references

Color code identifies a named shade; dye lot identifies a production batch. Compare actual strands in the intended light before mixing batches.

Illustration: Four small tufts showing fine crimpy wool, fluffy alpaca-like fiber, lustrous long mohair and soft down, beside corresponding yarn samples.

Collection guide

Compare other animal fibers

Compare alpaca, mohair and other animal-fiber yarns by recovery, halo and drape in the actual construction; do not transfer wool assumptions automatically.

Illustration: Cotton boll, flax stems and a hemp stem beside pale spun yarn and three folded fabric samples showing distinct texture and drape.

Collection guide

Choose cotton, linen and hemp

Judge plant-fiber yarns after their intended washing and drying. Compare weight and recovery as well as initial softness.

Illustration: A silk cocoon and a small length of lustrous silk yarn beside softly lustrous regenerated-cellulose yarn and flowing folded sample fabrics.

Collection guide

Compare silk and regenerated-cellulose fibers

Silk and regenerated-cellulose fibers are different materials even when both look glossy. Read the actual composition and test wet handling and recovery.

Illustration: Smooth synthetic yarn, a fluffy acrylic-like yarn and a flexible blended yarn beside a resilient sock sample, a soft cloth and their plain unlettered care tags.

Collection guide

Choose synthetic fibers for the use

Compare the specified synthetic fiber, construction and care instructions. Acrylic, polyester and polyamide are not one interchangeable material.

Illustration: Two differently textured fiber tufts feeding into one blended yarn, beside two finished samples arranged for comparison of drape and recovery.

Collection guide

Assess the behavior of a blend

Test the blend as one engineered yarn. Fiber percentages do not average stretch, abrasion or care behavior in a simple linear way.

Illustration: A softly twisted single yarn beside a firmly plied yarn, with the end of the plied strand separated into its component strands.

Collection guide

Compare singles and plied yarns

Look at the yarn’s construction before counting visible strands. Compare splitting, stitch definition and twist balance in finished samples.

Illustration: A cream chainette yarn with a clearly hollow knitted chain structure beside a soft blown yarn whose fiber filling is visible in its open mesh tube.

Collection guide

Understand chainette and blown yarns

Chainette construction forms a small knitted chain or tube; blown yarn places fibers inside a supporting structure. Inspect the actual yarn rather than treating both as solid plies.

Send a message

Contact ThreadCabin

Tell us what you need help with. Do not include passwords or access links.