원단·카펫·섬유 폐기물용 텍스타일 파쇄기

이 장비는 주로 의류, 원단 자투리, 부직포, 뒷면이 두꺼운 카펫 폐기물 등 섬유 및 카펫 폐기물 처리를 위해 설계되었습니다. 또한 유사한 투입 방식을 보이는 일부 연질 산업 폐기물 처리에도 사용할 수 있도록 구성할 수 있습니다.

Routine maintenance includes checking blade wear, hydraulic fluid condition, reducer operation, and the PLC control system. Replaceable rotor and fixed knives should be inspected, rotated where the design allows, sharpened, or replaced according to measured wear.

The screen opening influences discharge size, but flexible textiles can fold, compress, or elongate as they pass through it. The nominal screen aperture is therefore not a guaranteed maximum piece dimension; confirm the target output by sample testing.

PLC 기반 시스템은 과부하 보호 기능과 걸림 현상을 해결하기 위한 자동 역회전 기능을 제공하여 걸림 발생 시 정방향 작동을 재개합니다. 이는 작업자와 기계 모두를 보호하는 데 도움이 됩니다.

Yes. The hydraulic pusher maintains stable feeding on dense carpet sections, while the auto-reverse logic helps clear jams caused by backing-heavy materials. Replaceable screens influence the discharge size, which should be confirmed by testing the actual carpet construction.

Yes. Textile shredder, fabric shredder, and cloth shredder are common names for this machine class. The appropriate configuration still depends on the material, feeding behavior, required throughput, and target output.

Yes. The same machine can process garments for used-clothing operations, brand-protection programs, and returns destruction. Remove metal fasteners upstream where practical. If destruction verification is required, agree on measurable acceptance criteria and validate the actual output in a witnessed sample test; screen opening alone does not certify a maximum piece size.

Available configurations span 30–90 kW, 300–420 mm knife diameter, and 600–1,450 mm chamber width. The 300–1,500 kg/h figure is a reference range across the product line, not a guaranteed output for every model. Actual throughput depends on material type, bulk density, moisture, contaminants, screen opening, and feeding method, and should be confirmed by sample testing and project sizing.