Simple Structure Black Phenolic Bench Tops Laboratory Parts High Temperature Resistant

2018-3-29

All Steel Laboratory Island Worktop Used To Phenolic Resin Worktop,Simple Structure Black Phenolic Worktop

1. Product description

Frame: Aluminum alloy frame / 40*60*1.2mm galvanized steel pipe

Worktop:12.7mm black phenolic resin worktop / 16 mm epoxy resin worktop

Size: 1500*750*800/850 mm

Bench worktop Size:(Unit : mm)

Physical and chemical plate color is rich, have such as bright surface of dumb light of a variety of surface texture, its surface after the special chemical treatment has more powerful chemical resistance performance.

Phenolic resin worktop is manufactured by pressing melamine resin impregnated decorative paper over layers of phenolic resin impregnated kraft paperat high pressure
and temperatures.

Comprehensive erosion resistance against acid and alkali, three levels of protective structure: 1. The Chemical membrane Chemical - resistant qualities.2. The color Paper Deco Paper;3. Special multi-layer Kraft Paper (Kraft Paper).

2. Applications include:
Science Labs
Physics Labs

Chemistry Labs
Biology Labs
Research Facilities
Mechanical Labs
Anywhere where shelving units are required

3. Phenolic resin countertops are composite panels manufactured by layering natural kraft papers that have been saturated with phenolic resin and processed under high heat to form a solid surface composite panel.

These work tops are lightweight, hard, durable and highly chemical resistant. They are oil and moisture resistant and are resistant to most bacteria and fungus. Phenolic resin is an excellent choice for laboratory environments with continuous heat exposure up to 350°F (176°C).

Phenolic resin worktops are excellent choices for environments where lab experiments must be performed in an environment free of contamination. In this type of environment, hygiene, cleanliness, chemical and stain resistance are of utmost importance.

Phenolic Resin Worktops and table tops meet the requirements of most laboratories while at the same time bringing a range of additional benefits. These benefits include chemical, wear and water resistance.

Because of the variety of chemicals used in experiments, worktops in these types of laboratory environments are particularly vulnerable and must be constructed of materials that can withstand spills, resist scuffs and abrasions and hold up well against impact and stress cracking. These countertops will perform well for many years, keeping your lab clean looking and running efficiently.

Phenolic resin is an easy material to work with from a manufacturing standpoint lending itself well to customization, and it is much less expensive when compared to epoxy.
It is readily available which means shorter lead times on your projects.