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MATERIALS / APPLICATIONS / PERFORMANCE
Explore Meiwa’s full portfolio, from offset inking and dampening to film handling and specialty surfaces. Material selection begins with your process and operating conditions.
Explore the portfolio
01 — PRINTING RUBBER ROLLERS
Offset, gravure, flexo, newspaper and label printing each place different demands on the roller. These named Meiwa families address ink transfer, water balance and high-speed operation.
| Press / application | Meiwa families | Material focus |
|---|---|---|
| Sheet-fed & rotary offset | Meiwa familiesBZ · Black Zest UV Summit II | Material focus
BZ inking rollers are designed for low heat generation and stability during high-speed printing. UV Summit II addresses UV-ink requirements with stable material properties and resistance to surface hardening. |
| Commercial & newspaper rotary | Meiwa familiesBW · Black Web BN · Black News NCD-III / IV | Material focus
BW and BN combine low heat generation with tear resistance for commercial web and newspaper presses. NCD-III/IV addresses plate-edge scarring on high-speed web presses. |
| Dampening & water transfer | Meiwa familiesMD Aquaphilic | Material focus
MD focuses on water retention and transfer. Aquaphilic addresses chemical and water resistance, helping slow crazing and ageing. The fountain solution and cleaning chemistry are important parts of the selection. |
| Gravure, flexo & label | Meiwa familiesImpression cylinders Furnisher rolls Fountain rolls | Material focus
Impression-cylinder materials address abrasion, ozone and static-control requirements. Furnisher and fountain rolls support consistent ink lay-down for the application. |
Product families from the presentation; terminology checked against Meiwa’s printing range. Suitability and specifications are confirmed for each enquiry.
02 — BEYOND PRINTING
From nip rolls to winding touch rolls, Meiwa’s industrial range addresses the material, contact and operating conditions of the production line.
Explore industrial applications
03 — SPECIALTY ROLLS
Surface cleanliness, static control, lightweight cores and release properties complete the portfolio.
SURFACE CLEANLINESS
Rolls for plate and sheet cleanliness, including demanding electronic-material, precision-equipment and optical-film applications. The processed surface and contamination concern guide the choice.
Explore dust-removal rolls
STATIC & OZONE CONTROL
Material options for static-control and ozone-exposure requirements on film lines. They are intended to reduce dust pickup and related defects when matched to the process.
Explore anti-static rolls
CARBON-FIBER CORES
Ultra-light carbon fiber reinforced polymer core rolls for printing and film processing. Discuss span, speed, loading and surface requirements to assess the core construction.
Explore cfrp lightweight rolls
SPECIALTY SURFACE TREATMENT
Meiwa’s portfolio includes both no-adhesive and ceramic rolls. Non-stick rolls use composite surface modification with special thermal spraying and sealing treatments. Ceramic rolls are a separate specialty surface option; coating and finish are specified against the application.
Explore non-stick rollsIllustrative catalogue images. The surface-treatment image depicts the non-stick range.
04 — CUSTOMER VALUE
Six material benefits guide the conversation. The right compound and specification connect these properties to your operating conditions.
Supports stable operation during high-speed press runs.
Helps maintain roller properties over time and supports longer service life.
Ranges for UV and eco-friendly inks, including phthalate-ester-free options.
Compound options for the exposure and wear demands of film and gravure lines.
Anti-static materials are intended to reduce dust pickup and associated print defects.
Appropriate roller selection aims to reduce stoppages, improve print consistency and lower total operating cost.
Performance depends on the selected material, press conditions, maintenance and application. Discuss your requirement before agreeing a specification.
Share the press or line model, roller position, dimensions, ink or substrate, speed, temperature and cleaning chemistry. These details help define the suitable material.