Fiberglass Solutions for
Durable Consumer Goods

Fiberglass: The Innovative Material Choice for Consumer Goods
Lightweight · High-Strength · Corrosion-Resistant – Powering Modern Consumer Products
Fiberglass Innovations: Redefining Home Appliances & Sanitary Solutions
Lighter · Stronger · Longer-Lasting – Fiberglass Elevates Performance & Quality

Home Components
The choice of materials directly affects product performance and production efficiency. Many manufacturers often face the following key issues:
- Insufficient material strength, causing parts to crack or deform
- Excessive product weight, impacting shipping and assembly efficiency
- Poor heat resistance, leading to degradation or warping in high-temperature environments
- Poor surface finish, affecting aesthetics and tactile experience
In response to these challenges, Niumaterial provide professional fiberglass material solutions to help you optimize production processes and improve product competitiveness:
fiberglass Products
Ply roving、direct roving、chopped roving、
fiberglass woven roving、fiberglass chopped strand mat

Sanitary Ware
In sanitary ware manufacturing, material selection directly impacts product durability, aesthetics, and production costs. Many manufacturers face these key challenges:
Cracking/deformation: Traditional materials crack easily in humid conditions
Poor surface quality: Air bubbles and waviness defects
Excessive weight: Higher shipping and installation costs
Fast mold wear: Material abrasion reduces mold life
In response to these challenges, Niumaterial provide professional fiberglass material solutions to help you optimize production processes and improve product competitiveness:
fiberglass Products
Hydrolytic-resistant CSM、Surface mat、 direct roving、
fiberglass woven roving、fiberglass smc roving
Niumaterial's Fiberglass Solutions - Your Production Challenges
Niumaterial’s Fiberglass technologies that transform material challenges into quality excellence

fiberglass chopped strand mat
Fiberglass Chopped Strand Mat is a high-performance reinforcement material suitable for various composite molding processes. Available in powder-bonded and emulsion-bonded types, it offers excellent resin wettability and mechanical strength.

fiberglass direct roving
Fiberglass direct roving features precisely aligned continuous filaments, including types for winding, pultrusion and weaving. It delivers high strength and stability to composites, enhancing product durability and performance.

Fiberglass assembled roving
Fiberglass assembled roving consists of multiple strands precisely combined, offering high strength and superior processability. With balanced tension distribution, it is ideal for filament winding and pultrusion processes, enhancing mechanical properties and dimensional stability of composites

fiberglass SMC roving
Fiberglass smc roving is a versatile material that is cut to length (25mm) in the manufacture of smc sheets and dispersed in a resin paste, combining the strength and durability of fiberglass with the ease of processing of thermosetting resins sex.

fiberglass Surface mat
Fiberglass surface mat is an ultra-thin nonwoven reinforcement made of C-glass or E-glass fibers, with weights ranging 30/50gsm. As the outermost layer of composites, it effectively conceals fiber patterns to deliver Class-A finish, while improving resin flow and anti-penetration properties

fiberglass woven roving
Fiberglass woven roving is a high-strength reinforcement material available in plain, twill, and satin weaves. Plain weave offers balanced biaxial strength, twill weave suits complex contours, while satin weave delivers high strength with smooth surfaces.
Unique Features And Fiberglass Molding Process Solutions
Providing winding, pultrusion, compression molding and other processes, Niumaterial accurately meets diverse product needs.
Pultrusion is an efficient continuous manufacturing process for composites. Resin-impregnated reinforcements like fiberglass roving are pre-formed and then cured in a heated die under pulling force, producing constant cross-section profiles with high strength.
SMC process uses resin-impregnated chopped fiber sheets (25mm) wrapped in PE film. After peeling and cutting, the prepreg is thermoformed in metal molds to produce high-strength composite products.
Fiberglass panel roving has excellent thermal insulation properties, and the inherently low thermal conductivity of fiberglass minimizes heat transfer, making it suitable for applications where temperature control is critical, such as building insulation or refrigeration.
Fiberglass panel roving has excellent thermal insulation properties, and the inherently low thermal conductivity of fiberglass minimizes heat transfer, making it suitable for applications where temperature control is critical, such as building insulation or refrigeration.
Niumaterial ensures consistent fiber diameter for its Fiberglass panel roving to achieve uniform mechanical properties of the panel, and precise control of filament diameter ensures consistent performance and enables a reliable and predictable manufacturing process.
Niumaterial fiberglass panel roving surface treatments and sizing agents enhance adhesion to selected resins and are designed to ensure excellent wetting, which improves mechanical properties and reduces fiber breakage during processing.
The Niumaterial fiberglass panel roving manufacturing process ensures controlled bundling of filaments, preventing fiber fuzzing during handling or processing, maintaining the structural integrity and strength of the panel, resulting in the production of high-quality panels.
The Niumaterial fiberglass panel roving manufacturing process ensures controlled bundling of filaments, preventing fiber fuzzing during handling or processing, maintaining the structural integrity and strength of the panel, resulting in the production of high-quality panels.
PLACE YOUR ORDER TODAY TO AVAIL ALL THESS BENEFITS!
Free Samples For Testing Your Project!
50+ Fiberglass Product Catalogue!
Product Customization Plan!
Problem Solved Solution!
86-13933702587
infor1@fiberglassyn.com