Se você usa
Rotex® separadores
para triagem mineral, encontrando
telas de substituição de alta qualidade e custo-benefício
é crucial para manter a eficiência. Nosso
Telas de ida
Forneça a solução perfeita—criado de
304/316 Aço inoxidável
com bordas reforçadas para durabilidade prolongada.



Por que escolher

HUATAO
Telas?


✔
Duas opções de reforço de borda
– Tiras de pu/tela (& le;80°C) ou bordas de arame dobrado (resistente à temperatura de alta temperatura).


✔
Corrosão superior & Resistência a UV
– Ideal para ambientes de mineração e química severos.


✔
Instalação fácil
– Cabe quadros de ramex existentes com ilhós para substituição rápida.


✔
Personalizável
– Disponível em contagens de malha (14–230) e diâmetros de arame (0.0014–0.0090").



Confiável por profissionais do setor:

“Lida com condições ácidas/alcalinas sem danos!”
“Economiza tempo e trabalho com instalação rápida!”

As telas de poliuretano, como uma tecnologia inovadora na triagem de areia e cascalho, estão substituindo gradualmente as telas de metal tradicionais. Este artigo analisa as deficiências das telas de metal em resistência ao desgaste, anti-entrançamento e precisão da classificação, destacando as vantagens do núcleo das telas de poliuretano: esqueletos de corda de aço e altos materiais de parques de poliuretano. Um estudo de caso de uma mina turca demonstra como as telas de poliuretano atingem 97,5% de precisão de triagem, reduzem o tempo de manutenção anual em 500 horas e reduziu o consumo de energia em 35%. Este artigo oferece à indústria da construção uma solução de triagem de longo prazo eficiente, ecológica e econômica.

Polyurethane screens are prone to cracks and damage due to long-term ground stress exposure. Proper installation and maintenance are crucial for optimal performance. This guide covers key installation steps, including tension control, tape fixation, screen sizing, frame design, and tightening techniques, helping users avoid reinstallation issues and extend screen lifespan.

Polyurethane dewatering screen panel
is an efficient and wear-resistant solution designed specifically for wet screening environments in mines, especially suitable for scenarios such as tailings dry discharge, concentrate dewatering, and coal slurry dewatering. Compared with traditional metal mesh screens,
polyurethane mesh screens
have significant advantages: extended lifespan of 12-24 months (metal mesh screens only 3-6 months), low blockage rate of le; 5% (elastic self-cleaning structure), acid and alkali resistance (pH 2-14 stable), 30% lighter weight, significantly reducing equipment load and operating costs.

In high-frequency screening applications for fine minerals like silica sand and metal concentrates, traditional stainless steel screens struggle with blinding, short lifespan, and corrosion. Polyurethane (PU) fine screen panels have emerged as a superior alternative, offering dynamic self-cleaning apertures, 3–4x longer service life, and resistance to abrasion and chemicals.


This article highlights five key advantages of PU screens:


Anti-blinding design
ensures uninterrupted operation for sticky or damp materials.


Exceptional wear resistance
reduces replacement costs in abrasive environments.


Chemical and corrosion resistance
enhances durability in harsh conditions.


Precision screening
maintains tight tolerances for ultrafine particles.


30–40% lower total cost of ownership
through extended lifespan and reduced downtime.



A case study of a European silica sand processing plant demonstrates a 50% increase in screen life, 20% higher throughput, and 35% lower maintenance costs after switching to PU screens. Ideal for industries like glass manufacturing and mineral processing, PU technology delivers efficiency, sustainability, and long-term savings.

Este artigo fornece uma introdução detalhada ao caso de sucesso de um grande grupo de mineração (PMS) no Reino Unido usando Derrick TH48-30 fornecido por nossa empresa em vez de

poliuretano de alta frequência

painel de tela

(tamanho de poro de 0,5 mm) em sua planta de beneficiamento de minério de chumbo-zinco. Ao substituir a placa de peneira metálica original, o cliente obteve benefícios significativos, como um aumento de 23% na eficiência da peneiração, um aumento de 18% na capacidade de processamento e uma extensão da vida útil da placa de peneira para 8 a 10 meses. O artigo demonstra de forma abrangente o excelente desempenho da tela de poliuretano
painel
em

vibração de alta frequência
e ambientes corrosivos a partir dos aspectos de histórico do projeto, vantagens principais do produto (classificação de precisão ultrafina, resistência a condições extremas de trabalho, design de substituição rápida), verificação no local (embalagem, instalação, dados de operação) e feedback do cliente. Por fim, são fornecidas soluções técnicas e informações de contato para abordar os pontos problemáticos do setor, como baixa

eficiência de triagem
para materiais particulados finos e substituição frequente de
painel de tela
s.

Rotex mineral separators paired with stainless steel grommet screens deliver unparalleled corrosion resistance, precision screening, and noise reduction, making them essential in mining, agriculture, pharmaceuticals, and recycling. This article delves into the critical role of grommet screens in Rotex equipment, highlighting material choices (304/316 stainless steel), customizable mesh sizes (14–230 mesh), anti-clogging features, and FDA/EC-compliant PU strips. As a leading supplier, HUATAO Group provides durable, tailored solutions (46%–76.4% open area) to reduce operational costs, extend equipment lifespan, and support sustainable industrial separation.

Polyurethane fine screen panel
s have revolutionized mining screening with their exceptional wear resistance, anti-blinding properties, and chemical durability. This article examines their applications in wet/dry screening, dewatering, classification, and recovery processes across coal, iron ore, copper, gold, aggregates, and more. Key advantages over traditional steel/rubber screens include extended lifespan, noise reduction, reduced maintenance costs, and sustainability. Additionally,
HUATAO
Group, a leading supplier, offers cost-effective PU screen solutions with customizable designs and a 6-month quality guarantee, empowering mining operations to boost productivity and achieve eco-friendly goals.

Polyurethane high-frequency screen mesh is widely used in mining, chemical, and building material industries due to its excellent wear resistance, corrosion resistance, and durability. This article provides a comprehensive guide on improving screening efficiency through scientific selection of mesh size, adjustment of equipment parameters, proper installation techniques, and material pretreatment. Key topics include matching sieve hole size with material characteristics, benefits of multi-layer screen combinations, precise tension control during installation, and pretreatment methods for high-moisture or viscous materials. With practical examples and visual aids, the guide helps users optimize operations, extend screen lifespan, and reduce maintenance costs.

Screen mesh blockage is a frequent challenge in mining and industrial screening, impacting productivity.

Polyurethane high-frequency screens are critical for efficient screening in industries like mining, construction, and chemicals. This article details the installation process, covering pre-installation checks, tool preparation, and three mainstream methods (expansion nail, bolt, and rail seat). With step-by-step guides and visuals, it helps users avoid issues like mesh deformation or material leakage, ensuring extended equipment lifespan and optimal performance. Free technical support from professional engineers is also provided for troubleshooting. Ideal for maintenance staff, procurement decision-makers, and technical engineers in industrial screening fields.

Polyurethane high-frequency screen mesh is widely used in the field of material screening in mining, coal, chemical industry and other industries due to its excellent performance of wear-resistant, impact-resistant, corrosion-resistant and so on. However, long-term high-frequency vibration and complex working conditions easily lead to screen wear, clogging or structural deformation. Scientific maintenance and repair can significantly extend its service life and improve screening efficiency. The following systematic recommendations are provided from the three aspects of routine maintenance, regular maintenance and precautions.