Calendering

PROCESS DETAIL

Calendering

Calendering improves surface sheen, density, handfeel and selected downproof or wind-resistant performance.

PROCESS CARD

Flow Nodes6 Steps
Capability Tags3 Items
ModeSampling / Bulk

TECH FLOW

6-Step Technical Flow

01

Fabric preparation

02

Parameter setting

03

Trial calendering

04

Continuous calendering

05

Cooling and relaxation

06

Appearance inspection

PROCESS VALUE

Process Value

Calendering improves surface sheen, density, handfeel and selected downproof or wind-resistant performance. TTK sets parameters by base fabric, target performance, hand-feel requirements and delivery needs.

InputBase fabric, structure, weight, width, stretch and application scenario
ControlFormula, temperature, speed, pressure, tension and finishing parameters
OutputHand feel, appearance, protection, fastness and bulk stability
verified

Effects: Sheen, smoothness, compactness, downproof and handfeel

verified

Focus: Parameter window, strength impact and visual stability

verified

Products: Light jackets, downproof fabrics and surface refinement

FAQ

Frequently Asked Questions

What projects is this process suitable for?

It is suitable for fabric projects that need finishing design around target performance, hand feel, appearance or production stability.

Can TTK support sampling before bulk production?

Yes. TTK can support sample or small-batch validation based on base fabric and target functions before production parameters are confirmed.

How should a process route be selected?

The route should be evaluated by base fabric structure, weight, stretch, application scenario, target performance, testing standards, cost and lead time.

What indicators does Calendering usually focus on?

Calendering is usually evaluated by weight, width, hand feel, fastness, waterproofness, breathability, environmental requirements and customer acceptance standards.

How does Calendering match product series?

TTK first evaluates application scenario, then matches process parameters by base fabric and target functions.