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Potato starch is a highly functional, plant-derived ingredient used wherever manufacturers need dependable thickening, binding, and texture control. Extracted and refined from potatoes, it’s valued for its strong water-binding capacity, high viscosity potential, and neutral sensory profile, making it a practical choice across various applications, including food processing, pharmaceuticals, paper and packaging, and industry.

What Makes Potato Starch Different?

While starches can look similar on a spec sheet, potato starch often behaves differently in formulation. It can thicken efficiently, contribute a smooth mouthfeel, and deliver a clean, bright appearance in many systems. Its ability to bind water is another reason it’s commonly selected, supporting texture consistency and stability throughout processing and storage.

Key functional strengths (application and grade dependent):

Where Potato Starch Is Used

Food and Beverage
In food manufacturing, potato starch is widely used to build body, manage water, and stabilise texture. It performs well in soups, sauces, gravies and ready meals, where it supports viscosity and consistency. It is also commonly used in formulations where structure and bite matter—such as processed foods, coated products, and certain snack systems.

Typical food applications include:

Pet Food Applications

Potato starch is commonly used in dry extruded pet food (kibble) as a carbohydrate source and functional binder. In extrusion, it helps form kibble structure, and research has shown that replacing corn with potato starch can increase kibble expansion and reduce density, while also delivering higher digestibility and metabolizable energy than corn and improving palatability (notably in puppy diets).

In pet food, potato starch is typically used to:

Paper, Packaging and Adhesives

Beyond food, potato starch plays an important role in paper and packaging value chains. It’s used to improve paper strength and surface characteristics, and it can be part of starch-based adhesive systems used in converting applications such as corrugated board and paper packaging.

Industrial uses often include:

Innovation and Performance Trends

Modern manufacturing conditions are pushing starch performance requirements further, with higher line speeds, tighter quality tolerances, and more demanding processing environments. As a result, many applications move beyond native starch toward grades tailored for stability under real-world conditions, such as heat, shear, acidity, or freeze–thaw cycling.

What this can enable (depending on grade):

Clean-label reformulation is also a continuing trend in many food categories. Where the application allows, potato starch is often considered a familiar ingredient that supports texture goals without overcomplicating the label.

Environmental Considerations

Potato starch is derived from a renewable agricultural source, and in some applications it can contribute to more resource-efficient production, particularly where its thickening and water-binding performance supports improved yield and reduces rework or waste. As with any agricultural ingredient, overall sustainability outcomes depend on sourcing, processing, and end-use, but the shift toward bio-based inputs remains a strong direction across both food and industrial markets.

Why Source Potato Starch Through Redox?

Selecting the right potato starch isn’t only about “starch vs starch”; it’s about matching the grade to your process conditions, including temperature, shear, pH, storage requirements, and the texture your customers expect. Redox supports manufacturers across food, pharmaceutical and industrial markets with reliable supply and practical guidance on product selection.

In addition to native potato starch, Redox can also source and supply options tailored to specific performance and labelling requirements, including:

If you’d like help choosing the right potato starch for your application, or you’re looking to optimise texture, stability, or processing performance, contact Redox via our website contact form or reach out to your local Redox representative.

Redox is pleased to announce that it has been appointed as the authorised distributor for United Initiators’ range of organic peroxides across Australia and New Zealand.

United Initiators is a globally recognised manufacturer of peroxide-based specialty chemicals, supplying high-performance organic peroxides with well respected brands such as CUROX®, BENOX® and NOROX® used as radical initiators in polymerisation and curing processes across a wide range of industrial applications, including composites, resins, coatings and plastics.

This appointment follows a transition in United Initiators’ local operating model and ensures ongoing, reliable supply of organic peroxide products to customers throughout the region. Through Redox’s established distribution network, customers will benefit from local inventory management, technical support, and dependable logistics backed by Redox’s long-standing experience in specialty chemicals.

United Initiators organic peroxide products available through Redox include:

From now on, all forecasts, purchase orders and ongoing supply enquiries for United Initiators organic peroxides should be directed to Redox. Our technical and sales teams are available to assist with product selection, specifications, safety documentation and application support.

Redox looks forward to supporting existing and new United Initiators customers and continuing to deliver high-quality solutions to the polymer and manufacturing industries.

For further information, please contact your local Redox representative.

Monopotassium phosphate (MKP) is a high-performance, water-soluble fertiliser ingredient used wherever growers and formulators need precise delivery of phosphorus (P) and potassium (K). As fertigation, hydroponics and protected cropping continue to expand, MKP has become a dependable choice thanks to its clean solubility, consistent analysis, and strong fit with modern nutrition programs.

At Redox, we supply quality monopotassium phosphate to customers across agriculture, horticulture and specialty fertiliser markets supported by global sourcing, technical support and reliable logistics.

What is Monopotassium Phosphate?

Monopotassium phosphate (chemical formula KH₂PO₄) is a crystalline salt that delivers two essential macronutrients in one product. Phosphorus plays a central role in early plant development and energy transfer, supporting root growth and progression through flowering and fruit set. Potassium supports plant vigour, water regulation and stress tolerance, and is closely linked to fruit quality attributes such as size, colour development and sugar accumulation.

Because MKP dissolves readily and is typically supplied with low impurities, it suits systems where consistency and cleanliness matter.

Why MKP is widely used

MKP is valued for its compatibility with precision feeding systems. In practice, that usually comes down to a few key advantages:

Common applications in agriculture and horticulture

MKP is frequently used in intensive cropping systems where nutrient timing and delivery method are tightly managed, including:

Redox Monopotassium Phosphate (MKP) Product Sheet – Key specifications and use guidance for a fully water-soluble 0-22-28 grade (22% P, 28% K), including solubility data, application methods (fertigation/foliar), and indicative crop rates (25 kg bags).

What’s driving demand?

A shift toward efficiency is pushing more growers toward water-soluble inputs that perform predictably. The growth of fertigation and protected cropping, alongside the rise of hydroponics, has increased demand for nutrient sources that are clean, consistent and easy to handle. At the same time, quality expectations on produce continue to climb—meaning nutrition programs are being refined to support uniformity, yield and market-ready results.

How Redox adds value

Redox supports customers with MKP backed by dependable supply and practical technical support. We work with established global partners and provide the documentation customers need for their markets, while our logistics network helps maintain continuity through seasonal demand.

Partner with Redox

Whether you’re formulating water-soluble fertiliser blends, supplying hydroponic nutrient systems or supporting fertigation programs in the field, Redox can help with quality monopotassium phosphate and reliable service.

Contact Redox to discuss specifications, grades, and application requirements.

 

Collagen peptides are one of the fastest-growing functional ingredients in the world, valued for their versatility and strong performance across nutrition, health and cosmeceutical applications. As consumer demand accelerates for products that support wellbeing from the inside out, high-quality collagen peptides have become an essential ingredient for formulators across multiple industries.

At Redox, we proudly supply premium collagen peptides to customers throughout the nutrition, food, pharmaceutical and personal-care sectors, backed by strong global partnerships, technical support, and reliable logistics.

What Are Collagen Peptides?

Collagen is the most abundant structural protein in the human body, providing strength and elasticity to skin, joints, muscles, ligaments, and connective tissue. Through hydrolysis, long collagen molecules are broken down into shorter chains of amino acids known as collagen peptides, which are easily absorbed and utilized by the body.

These peptides are neutral in taste, highly soluble, heat-stable and compatible with a wide range of formulations, making them ideal for both functional foods and nutritional applications.

A Growing Ingredient With Wide-Reaching Applications

Nutrition & Wellness

Collagen peptides have become a key ingredient in:

They are valued for supporting skin hydration and elasticity, joint health, and overall vitality, making them a go-to for health-conscious consumers.

Sports Nutrition & Active Lifestyle

With increasing interest in connective-tissue health and recovery, many sports nutrition brands incorporate collagen peptides into:

Research continues to explore their benefits in muscle repair and soft-tissue resilience.

Food & Beverage Innovation

Collagen peptides’ neutral flavour and excellent solubility make them a natural fit for:

As clean-label and better-for-you trends expand, collagen peptides are becoming a staple ingredient.

Beauty & Personal Care

In the cosmetics sector, collagen peptides are incorporated into:

Their “beauty-from-within” appeal has driven strong growth across ingestible beauty categories, particularly in Asia-Pacific and North America.

Why Demand Is Rising

A convergence of global trends is driving collagen peptide growth:

With global demand forecast to continue increasing, manufacturers are seeking reliable supply partners who can deliver consistent quality and regulatory compliance.

How Redox Adds Value

Redox provides collagen peptides backed by:

Reliable Global Sourcing

We work with high-quality, internationally accredited producers offering bovine, marine, fish and other varieties to meet different regulatory and dietary requirements.

Multiple Grades Available

From supplement-grade to food-grade and cosmetic-grade options, we supply collagen peptides tailored to diverse formulation needs.

Technical Support & Documentation

Our team ensures customers receive comprehensive product data, regulatory documentation and formulation guidance where required.

Strong Logistics & Inventory

With extensive warehousing and a robust international supply network, Redox offers dependable availability and flexible order quantities.

Partner With Redox

Whether you formulate nutritional supplements, functional foods, skincare products or performance nutrition, Redox can support your collagen peptide needs with quality, reliability, and technical expertise.

Contact our team today to discuss specifications, grades, or application guidance.

Advance your formulations with Redox Collagen Peptides.

 

Sodium formate is increasingly preferred for its high performance, lower corrosivity, and strong environmental profile. From keeping airport runways safe in winter to supporting key industrial processes, this versatile chemical delivers consistent, dependable results.

As demand grows across North America, sodium formate continues to establish itself as a leading choice for operators seeking safer and more efficient alternatives to traditional chloride salts. However, demand is not limited to the U.S. market; usage is expanding across multiple sectors and regions worldwide, reflecting its growing global significance.

Why Sodium Formate is Ideal for De-icing Roads and Runways

In many regions, sodium formate has become a trusted de-icing solution for winter operations. Airports rely on it not only for runway and taxiway treatment but also for aircraft de-icing fluids. In glycol-based aircraft de-icers, sodium formate is used as a key component thanks to its fast melting action, low corrosivity, and excellent environmental profile.

Its ability to rapidly break the ice bond at low temperatures improves operational safety, while its reduced corrosive impact helps protect aircraft surfaces, landing gear, sensors, and other critical components. For airport authorities and airlines looking to balance performance with asset protection, sodium formate is one of the most reliable choices available.

Industrial Applications of Sodium Formate

Beyond de-icing, sodium formate is used across several industries due to its chemical stability and versatility:

Leather Tanning

Acting as a buffering agent in chrome tanning, sodium formate helps stabilise pH levels and improve chrome uptake, supporting the production of high-quality, uniform leather.

Oil & Gas Operations

Formate brines, of which sodium formate is a key component, are valued for their thermal stability and low formation-damage potential. They serve as clear, high-density drilling and completion fluids in demanding downhole environments.

Chemical Production

Sodium formate functions as an efficient reducing agent and intermediate in the manufacturing of formic acid and other chemical compounds, supporting a range of synthesis processes and catalyst systems.

Construction and Concrete Additives

In cold climates, sodium formate is used as an accelerator in cement and concrete formulations. It enhances early strength development and improves setting time when temperatures slow curing rates.

A cleaner, more efficient solution—Sodium Formate supports everything from runways to cleaning products.

Detergent Manufacturing

Sodium formate also plays an important role in the production of household and industrial detergents. It is commonly used as a building block and pH regulator in liquid and powder formulations. Its buffering properties help stabilise detergent systems, improve product shelf life, and support the performance of surfactants and cleaning agents.

In some formulations, sodium formate also functions as a processing aid, improving the flow, consistency, and handling of detergent powders during manufacturing. As demand for efficient, cost-effective cleaning products rises across both consumer and commercial markets, sodium formate remains a valuable and reliable ingredient.

Your Trusted Sodium Formate Supplier

Redox supplies high-quality sodium formate to customers worldwide. Our large inventory, established global supply partnerships, and robust logistics network ensure reliable, on-time delivery, especially during peak demand.

We offer multiple grades suited to de-icing, industrial, and technical applications, backed by technical expertise to help customers select the right product for their needs.

Contact Redox for Sodium Formate Supply and Support

Whether you need a dependable de-icing solution for the upcoming winter season or sodium formate for manufacturing, construction, detergent production, or oilfield applications, our team is ready to help.

Speak with a Redox specialist today to secure high-quality sodium formate tailored to your operational requirements.

The modern broiler chicken performance is mainly driven by the digestible lysine levels. Based on the recent study conducted by the University of Sydney, increasing 3% digestible lysine level will improve chicken body weight by 175 grams within 42 days. It will also increase the feed cost by 15, 17, 13, and 13 AUD per MT feed, in the starter, grower, finisher, and withdrawal period, respectively.    

Exogenous protease supplementation in broiler chicken diets have primarily been attributed to improvements in protein and amino acids digestibility.  Therefore, nutritionists are likely to know if adding the exogenous protease could save some amino acids and quantify its amino acids digestibility. In particular, after non-starch polysaccharides enzymes and phytase have been widely accepted in the feed formulation, there is still the room for the protease to further improve the amino acids digestibility.

In the University of Sydney, a study with three treatments was conducted. Standard, positive control (PC) diets were formulated to meet or exceed the 2019 Aviagen Ross 308 nutrition specifications and negative control (NC) diets were formulated with a 5% reduction in both crude protein and digestible essential amino acids. A third treatment group consisted of the NC supplemented with the exogenous protease.  All diets contained 1000 FTU phytase and 4000 U of xylanase.

Overall broiler growth to 35 days post-hatch exceeded the Ross 2019 male performance objectives by 10.6% for weight gain (2580 versus 2333 g) and was superior by 5.66% in FCR (1.401 versus 1.485).  The body weight gain (1-35 days) result was show in Figure 1. It is clearly shown that adding the exogenous protease can not compensate 5% amino acids reduction but can save 2.7% amino acids. Therefore, adding the VTR’s  exogenous protease to diets containing phytase and xylanase can still increase 158 grams per bird within 42 days and save the cost more than 10 AUD/MT feed.

Fig 1. Bodyweight gain in male Ross 308 broilers from 1-35 days post-hatch (P = 0.018).

Fig 2. The body weight gain in response to increased digestible lysine levels.

Erythritol is a naturally occurring sugar alcohol (polyol) valued for its clean sweetness and low-calorie profile. With around 60–70% of the sweetness of sucrose, it offers a similar taste experience while contributing virtually no calories.

Produced through the fermentation of glucose, erythritol is recognised globally as a safe, effective, and sustainable sugar alternative. With a glycaemic index of zero and high digestive tolerance, erythritol integrates easily into clean-label and functional food formulations.

How Erythritol Is Used Across Industries

Food & Beverage

Erythritol is widely used as a sugar substitute in:

It not only sweetens but also provides bulk and texture, making it an excellent replacement for sugar in formulations where structure is key.

Health & Nutrition

Because it has no significant effect on blood glucose or insulin levels, erythritol is ideal for diabetic, keto, and low-carb diets. It also supports oral health, as it does not feed the bacteria responsible for tooth decay.

Pharmaceuticals & Personal Care

Beyond food, erythritol is used in oral care products such as toothpaste and mouthwash, and in pharmaceutical applications as a stabiliser and bulking agent.

Health and Functional Benefits of Erythritol

Environmental Positives

Erythritol production via fermentation is based on renewable feedstocks, typically corn or wheat-derived glucose. The process is energy-efficient, biodegradable, and contributes to reducing dependence on traditional sugar farming, which is water- and land-intensive. Its role in sugar reduction strategies also supports broader public health and sustainability goals.

Why Choose Redox?

At Redox, we supply high-quality erythritol backed by decades of expertise and a strong global network. Our team works closely with customers to deliver tailored solutions, ensuring product consistency, compliance, and technical support across applications in food, beverage, pharmaceuticals, and personal care.

Contact Redox today and confidently harness erythritol’s benefits to your formulations.

Maltodextrin Powder is a versatile carbohydrate ingredient with wide-ranging applications across the food, beverage, pharmaceutical, and industrial sectors. Derived from natural starch sources such as corn, rice, wheat, or potato, it appears as a white, fine powder that dissolves readily in water.

With a taste profile that varies from slightly sweet to nearly neutral, Maltodextrin adapts seamlessly to diverse formulations, making it a trusted solution for product developers worldwide.

Maltodextrin Applications

Food & Beverage

Maltodextrin is valued as a filler, bulking agent, and stabiliser in numerous products. It enhances texture, improves mouthfeel, and extends shelf life. Commonly used in powdered drink mixes, soups, sauces, confectionery, and dairy products, it also plays an important role in sports and performance nutrition by providing a rapid source of glucose to support energy replenishment and recovery.

Fuel for performance: Maltodextrin delivers a rapid supply of glucose, absorbed quickly in the small intestine to replenish glycogen stores and sustain high-intensity effort providing fast, effective energy for athletes and beyond.

Health & Nutrition

Due to its quick digestibility, Maltodextrin is a preferred carbohydrate source in energy gels, weight gain supplements, and infant formula. It delivers rapid carbohydrate support in a convenient form for athletes and individuals requiring fast energy.

Pharmaceutical & Industrial

In pharmaceuticals, Maltodextrin functions as a reliable binder and coating agent, supporting tablet integrity and controlled release. Outside food and pharma, it is utilised in adhesives, textiles, and paper production, where it contributes viscosity, strength, and processing benefits.

Benefits of Maltodextrin Powder

Rapid Energy Source

Maltodextrin is quickly digested and absorbed in the small intestine, providing a fast supply of glucose to the body, ideal for sports nutrition, recovery products, and any application where rapid carbohydrate availability is critical.

Neutral Flavour Profile

With a taste ranging from slightly sweet to nearly flavourless, Maltodextrin integrates seamlessly into a wide range of formulations without altering flavour profiles. It provides bulk and stability without overshadowing the intended taste of the final product.

Texture and Mouthfeel Enhancement

Acting as a bulking agent, Maltodextrin improves the body, creaminess, and mouthfeel of many foods and beverages. Industry specifications highlight its versatility as a thickener and stabiliser, helping refine product consistency and consumer experience

Shelf Life and Stability

Maltodextrin helps reduce stickiness, clumping, and moisture absorption in powders, contributing to longer shelf life and better handling during production and packaging.

Versatility Across Applications

Its functional properties extend beyond food and nutrition into pharmaceuticals, adhesives, textiles, and paper, where it supports viscosity, structural integrity, and processing performance.

Cost-Effectiveness and Availability

Produced from abundant starch sources, Maltodextrin is readily available and competitively priced, making it an economical solution for manufacturers seeking performance without compromise.

Redox Advantage

At Redox, we leverage decades of experience in ingredient distribution to supply high-quality Maltodextrin Powder that meets strict global standards. With our extensive supply network, technical expertise, and customer-focused service, Redox delivers dependable carbohydrate solutions for applications in food, beverage, pharmaceuticals, and beyond.

Contact us today to learn how Maltodextrin Powder can add value to your formulations.

At Redox, we understand that lubricants are more than just oils; they are critical to the performance, reliability, and longevity of modern machinery.

Behind every high-performing lubricant is a carefully balanced blend of base oils and lubricant additives, working together to meet the demanding conditions of today’s engines and industrial systems.

What Are Lubricant Additives?

Lubricant additives are specialised chemical compounds blended into base oils to improve or modify performance. Depending on the application, they can make up anywhere from 0.1% to 30% of the finished lubricant. These additives are designed to:

Types of Lubricant Additives and Their Functions

Redox supplies a wide portfolio of lubricant additives to meet diverse application needs, including:

Detergents & Dispersants are essential in lubricant formulations, preventing harmful deposits and sludge build-up. Just as a quality detergent restores a car’s shine, these additives ensure engines and machinery remain clean, efficient, and reliable under demanding conditions.

Industries That Rely on Lubricant Additives

Lubricant additives are indispensable across industries where reliability and efficiency are essential:

Why They Matter

The right lubricant additive package transforms a base oil into a high-performance lubricant capable of meeting the unique challenges of these industries. By controlling wear, oxidation, corrosion, and deposits, lubricant additives:

Redox Advantage

With operations across Australia, New Zealand, Malaysia, and North America, Redox partners with leading global manufacturers to deliver consistent, high-quality lubricant additives backed by strong technical expertise and reliable logistics.

Whether your goal is improved efficiency, extended equipment life, or compliance with the latest industry standards, Redox is ready to support your formulation and supply chain needs.

Contact us today to discuss how Redox can add value to your lubricant solutions with our range of additives.

At Redox, we proudly supply Polyethylene Linear Low (LLDPE), a high-performance thermoplastic that delivers outstanding strength, flexibility, and processing efficiency.

With proven quality from trusted producers such as Qatofin’s Lotrène® range, these Polymers are relied upon across industries where durability and adaptability are essential.

What is Polyethylene Linear Low?

Polyethylene Linear Low is a grade of polyethylene manufactured through the copolymerisation of ethylene with butene. This production method enhances toughness, puncture resistance, and flexibility compared to conventional low-density polyethylene (LDPE).

LLDPE’s unique balance of mechanical properties and cost-effectiveness makes it the material of choice for applications ranging from everyday consumer packaging to demanding industrial and agricultural uses.

Key Benefits

LLDPE Film offers a range of advantages that support both performance and efficiency:

Applications

Polyethylene Linear Low is widely used in:

Product Range

Lotrène® LLDPE grades available through Redox include options designed for both blown film and cast film applications.

With a range of melt flow indices and additive packages (slip, antiblock, antioxidants), Redox can supply grades tailored to the exact performance required for your process.

Redox Advantage

With more than 60 years of experience in global distribution, Redox offers reliable supply chains across Australia, New Zealand, Malaysia, and North America.

Strong supplier partnerships allow us to provide competitive pricing, while our technical expertise ensures we deliver tailored solutions for every application.

Above all, we remain committed to quality, safety, and service excellence.

Partner with Redox

Polyethylene Linear Low Film is engineered for resilience, flexibility, and efficiency. Whether your needs lie in industrial packaging, agricultural applications, or consumer goods, Redox has the expertise, partnerships, and reach to support your business.

Contact us today to learn how Redox can add value to your supply chain.