Elastomer monofilament features special molecular structure and is sensitive to ambient temperature and mechanical compression. Many textile factories adopt storage and weaving procedures for ordinary chemical‑fiber filament. Neglect of elastomer characteristics will lead to bobbin inter‑layer adhesion, elasticity loss and weaving skipping defects.

Warehouse temperature shall be kept within 15‑25℃ with light‑shield measures. Keep raw materials away from heat sources and direct sunlight. Long‑term high‑temperature storage causes slow molecular relaxation and irreversible elasticity drop. Excessive humidity brings moisture absorption for certain substrates, disturbing weaving performance and accelerating hydrolysis aging. Heavy stacking of bobbins is forbidden. Compression from upper layers causes yarn adhesion and tangling during unwinding. Single‑layer or limited‑height stacking is recommended.

Handle bobbins gently during transportation. Dropping and impact generate invisible micro‑damage inside elastomer monofilament, which turns into filament breakage during high‑speed unwinding. Keep outer packages intact to avoid dust and oil contamination which will form surface defects on finished fabrics.

Do not feed elastomer monofilament immediately after unpacking. Bobbins transferred from cold warehouse shall be conditioned in workshop for temperature equalization to avoid condensation on yarn surface, yarn slipping and unstable tension. Unwinding tension shall not be set too high. Over‑stretching brings residual deformation and weakens fabric resilience. Small‑batch trial‑run helps confirm proper tension setting.

Elastomer monofilament manufactured by Jiangsu Dixiang New Materials Technology Co., LTD adopts sealed protective packaging before delivery to mitigate environmental damage during logistics. Practical suggestions for storage and weaving adjustment are available for customers.

Standardized storage, proper temperature conditioning and tension setting before weaving preserve original resilience of elastomer monofilament, reduce weaving failures and raise finished‑product yield of shoe fabrics, webbings and automotive interior textiles.