@ Glycerin
The safety of Glycerin
Spiga Nord is a pillar of reliability and quality in refined glycerol.
This is particularly evident when it comes to Glycerin.
With over fifty years of experience, the company has perfected glycerol production.
It ensures a product that is both pharmaceutical-grade and notably pure and safe.
Safety and Purity of Spiga Nord’s Glycerin
Glycerol, an essential component in various pharmaceutical, cosmetic, food, and industrial sectors, requires exceptionally high purity and safety standards.
Spiga Nord meets these needs with glycerol, distinguished by its exceptional chemical and microbiological purity.
By ensuring the absence of hazardous substances such as diethylene glycol, residual solvents, mycotoxins, pesticides, and heavy metals, Spiga Nord’s glycerol is a safe and reliable choice for any application.
An Advanced Refinement Process
Spiga Nord meets and exceeds regulatory requirements through an advanced refinement process, aiming for excellence.
This commitment to innovation and continuous improvement translates into unwavering trust from customers, who see Spiga Nord’s glycerol as the ideal solution for their most demanding needs.
Why Choose Spiga Nord
The company stands out, transforming industry expectations into tangible realities and redefining what it means to deliver a quality product.
Choosing Spiga Nord is an adherence to an ethos of superior quality, which places health, safety, and customer satisfaction at the heart of the production process.
In doing so, it embraces a commitment to a vanguard of purity and reliability, ensuring a significant contribution to the industry’s progress and society’s well-being.
Spiga Nord’s glycerol exemplifies top-tier purity and underlines the company’s dedication to environmental consciousness. Their advanced purification process minimizes ecological impact, reflecting a commitment to sustainability without compromising quality. This eco-friendly approach aligns with modern consumer values, reinforcing Spiga Nord’s reputation as a leader in responsible glycerol production.