Fish Scales and Skin

Fish Scales and Skin

Dry Fish Scales

The origin of fish scales is from deep sea, shallow sea and fresh water (rivers and lakes). The scales are washed multiple times with clean water and sun dried or machine dried. No chemicals are used. Moisture percentage controlling and packaging are monitored carefully.

Our fish scales are mainly used in producing ossein or collagen peptide. We supply scales from below:

Deep Sea, Wild Caught Fish-(D-DFS)

Pink Perch (Nemipterus Japonicus), Croaker (Johnius SPP), Emperor (Lethrinidae SPP), Red Snapper (Lutjanus SPP), Barracuda (Sphyraena), Bulleye (Priacanthus Hamrur), Lizard fish (Saurida tumbil), Sweet Lip (Diagramma SPP).

Fresh Water Fish

Rohu (Labeo Rohita), Catla (Labeo Catla), Grass Carp (Ctenopharyngodon Idella), Silver Carp (Hypophthalmichthys Molitrix), Mrigal (Cirrhinus cirrhosus).

Our fish scales are mainly used in producing ossein or collagen peptide. We supply scales from below:

Deep Sea, Wild Caught Fish-(D-DFS)

Pink Perch (Nemipterus Japonicus), Croaker (Johnius SPP), Emperor (Lethrinidae SPP), Red Snapper (Lutjanus SPP), Barracuda (Sphyraena), Bulleye (Priacanthus Hamrur), Lizard fish (Saurida tumbil), Sweet Lip (Diagramma SPP).

Fresh Water Fish

Rohu (Labeo Rohita), Catla (Labeo Catla), Grass Carp (Ctenopharyngodon Idella), Silver Carp (Hypophthalmichthys Molitrix), Mrigal (Cirrhinus cirrhosus).

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Frozen Fish Skin

Main source of frozen skin is from fish fillet processing and surimi industries. The origin of fish skin is from deep sea, shallow sea and fresh water (aquaculture). The skin is washed with mild sodium hypochlorite and frozen into blocks. Frozen fish skin is used for collagen peptide extraction.

We can supply frozen skin from below:

DEEP SEA, WILD CAUGHT FISH

Reef cod, Cuttle fish, Unicorn leather jacket (ULJ), Pink perch, Croaker.

FRESH WATER FISH

Basa (Pangasius Bocourti), Tilapia.

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Dry Fish Skin and Bones

Our fish skin and bones are mainly used in producing collagen peptide. Fish skin and bones are obtained from pink perch and croaker. Pink perch and Croaker are wild caught deep sea fish. Pink perch is also known as Japanese Threadfin Bream or Nihon Itiyori (in Japanese). Pink perch and croaker’s skin / bones has minimal moisture. In surimi industries, the meat is squeezed out from fresh fish like croaker and pink perch. It has very less fat because it is removed during extraction process. It is free of antibiotics and very rich in protein.

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Frozen Fish Skin

Main source of frozen skin is from fish fillet processing and surimi industries. The origin of fish skin is from deep sea, shallow sea and fresh water (aquaculture). The skin is washed with mild sodium hypochlorite and frozen into blocks. Frozen fish skin is used for collagen peptide extraction.

We can supply frozen skin from below:

DEEP SEA, WILD CAUGHT FISH

Reef cod, Cuttle fish, Unicorn leather jacket (ULJ), Pink perch, Croaker.

FRESH WATER FISH

Basa (Pangasius Bocourti), Tilapia.

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Dry Fish Skin and Bones

Our fish skin and bones are mainly used in producing collagen peptide. Fish skin and bones are obtained from pink perch and croaker. Pink perch and Croaker are wild caught deep sea fish. Pink perch is also known as Japanese Threadfin Bream or Nihon Itiyori (in Japanese). Pink perch and croaker’s skin / bones has minimal moisture. In surimi industries, the meat is squeezed out from fresh fish like croaker and pink perch. It has very less fat because it is removed during extraction process. It is free of antibiotics and very rich in protein.

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Frozen Fish Skin

Main source of frozen skin is from fish fillet processing and surimi industries. The origin of fish skin is from deep sea, shallow sea and fresh water (aquaculture). The skin is washed with mild sodium hypochlorite and frozen into blocks. Frozen fish skin is used for collagen peptide extraction.

We can supply frozen skin from below:

DEEP SEA, WILD CAUGHT FISH

Reef cod, Cuttle fish, Unicorn leather jacket (ULJ), Pink perch, Croaker.

FRESH WATER FISH

Basa (Pangasius Bocourti), Tilapia.

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Dry Fish Skin and Bones

Our fish skin and bones are mainly used in producing collagen peptide. Fish skin and bones are obtained from pink perch and croaker. Pink perch and Croaker are wild caught deep sea fish. Pink perch is also known as Japanese Threadfin Bream or Nihon Itiyori (in Japanese). Pink perch and croaker’s skin / bones has minimal moisture. In surimi industries, the meat is squeezed out from fresh fish like croaker and pink perch. It has very less fat because it is removed during extraction process. It is free of antibiotics and very rich in protein.

Close-up of lush, dark green leaves, some glossy and wet, against a muted background.
Close-up of lush, dark green leaves, some glossy and wet, against a muted background.

Dry Fish Skin and Bones

Our fish skin and bones are mainly used in producing collagen peptide. Fish skin and bones are obtained from pink perch and croaker. Pink perch and Croaker are wild caught deep sea fish. Pink perch is also known as Japanese Threadfin Bream or Nihon Itiyori (in Japanese). Pink perch and croaker’s skin / bones has minimal moisture. In surimi industries, the meat is squeezed out from fresh fish like croaker and pink perch. It has very less fat because it is removed during extraction process. It is free of antibiotics and very rich in protein.

Research has proved that collagen extracted from fish has abundant amino acids such as glycine, proline, hydroxyproline, alanine and arginine. Nizona Marine Products is registered with the Marine Products Export Development Authority of India (MPEDA). We are currently exporting to many countries and can provide all the necessary documents for regulatory purpose. Some of the documents are listed below: Export Inspection Agency Laboratory Certificate Health Certificate

Effluent waste water treatment using fish scales

The use of fish scales to remove heavy metals from effluent waste is a very recent innovation. Biosorption using fish scales is an environment-friendly and economically attractive alternative and can be used in pharmaceutical, petroleum, textile, tannery, automotive battery industry and many more.
The use of fish scales to remove heavy metals from effluent waste is a very recent innovation. Biosorption using fish scales is an environment-friendly and economically attractive alternative and can be used in pharmaceutical, petroleum, textile, tannery, automotive battery industry and many more.

Guanine

The iridescence that the fish scales emanate is due to the crystalline substance guanine (also called natural pearl essence) present in them. Guanine has a similar iridescence to oyster jewels, so it is frequently used in the cosmetics industry to add a certain luster, shimmer to their products lipsticks, nail polish etc.
The iridescence that the fish scales emanate is due to the crystalline substance guanine (also called natural pearl essence) present in them. Guanine has a similar iridescence to oyster jewels, so it is frequently used in the cosmetics industry to add a certain luster, shimmer to their products lipsticks, nail polish etc.

Hydroxyapatite

Hydroxyapatite is a naturally occurring mineral form of calcium apatite. It is a calcium phosphate similar to the human hard tissues in morphology and composition. It is a major component of teeth offering high rigidity and better enamel. Nano-hydroxyapatite (nano-HAp) is attracting interest as a biomaterial for use in prosthetic applications due to its similarity in size, crystallography and chemical composition with human hard tissue. Bone and teeth enamel are largely composed of a form of this mineral.It is used as a coating for orthopedic implants (bone grafts/fillers) and dental care products. It helps in faster bone healing at the bone-implant interface, promotes increased gap healing between bone and hydroxyapatite, and inhibits corrosion.Further, the aging global population and growing demand for bioactive ceramics in the bone replacement surgeries and dental surgeries are fueling market growth for hydroxyapatite in orthopedic applications.Hydroxyapatite from fish bone and scales is an alternative source of hydroxyapatite (HAp) due to low manufacturing cost and safety issues. Fish sources are safe, easily available and has low risks of disease transmission.
Hydroxyapatite is a naturally occurring mineral form of calcium apatite. It is a calcium phosphate similar to the human hard tissues in morphology and composition. It is a major component of teeth offering high rigidity and better enamel. Nano-hydroxyapatite (nano-HAp) is attracting interest as a biomaterial for use in prosthetic applications due to its similarity in size, crystallography and chemical composition with human hard tissue. Bone and teeth enamel are largely composed of a form of this mineral.It is used as a coating for orthopedic implants (bone grafts/fillers) and dental care products. It helps in faster bone healing at the bone-implant interface, promotes increased gap healing between bone and hydroxyapatite, and inhibits corrosion.Further, the aging global population and growing demand for bioactive ceramics in the bone replacement surgeries and dental surgeries are fueling market growth for hydroxyapatite in orthopedic applications.Hydroxyapatite from fish bone and scales is an alternative source of hydroxyapatite (HAp) due to low manufacturing cost and safety issues. Fish sources are safe, easily available and has low risks of disease transmission.

Microneedles

Microneedles are one of the most effective means of enhancing transdermal penetration of compounds into the body in aminimally invasive manner. To make microneedles readily available and affordable, there is a need to explore a wide range of low cost materials. It is also an area of immense interest in many industries to convert wastes to useful end products.Fish scales are chosen in particular, as they are underutilized natural resource that exists abundantly. Biopolymer extracted from fish scales dissolve in water, has good film forming ability, great mechanical strength and therefore a good candidate for micromoulding. The microneedles produced from fish scales are biodegradable.
Microneedles are one of the most effective means of enhancing transdermal penetration of compounds into the body in aminimally invasive manner. To make microneedles readily available and affordable, there is a need to explore a wide range of low cost materials. It is also an area of immense interest in many industries to convert wastes to useful end products.Fish scales are chosen in particular, as they are underutilized natural resource that exists abundantly. Biopolymer extracted from fish scales dissolve in water, has good film forming ability, great mechanical strength and therefore a good candidate for micromoulding. The microneedles produced from fish scales are biodegradable.

Polymer composites

Factors like increased environmental awareness and rising oil prices have contributed to the advancement of research and development of bio-particulate polymer composites. The fish bio-waste in form of scales was investigated as a useful reinforcement for fabrication of hybrid composite which exhibited good hardness and wear resistant properties as required in many tribological applications like conveyer belts, etc.
Factors like increased environmental awareness and rising oil prices have contributed to the advancement of research and development of bio-particulate polymer composites. The fish bio-waste in form of scales was investigated as a useful reinforcement for fabrication of hybrid composite which exhibited good hardness and wear resistant properties as required in many tribological applications like conveyer belts, etc.

dry Fish Scales

The origin of fish scales is from deep sea, shallow sea and fresh water (rivers and lakes). The scales are washed multiple times with clean water and sun dried or machine dried. No chemicals are used. Moisture percentage controlling and packaging are monitored carefully.

Frequently Asked Questions

01

What are dry fish scales and how are they processed?

Dry fish scales are cleaned fish scales that are washed, sun-dried or machine-dried without chemicals, and packed under controlled moisture conditions for industrial use.

01

What are dry fish scales and how are they processed?

Dry fish scales are cleaned fish scales that are washed, sun-dried or machine-dried without chemicals, and packed under controlled moisture conditions for industrial use.

02

Are your dry fish scales suitable for pharmaceutical and cosmetic use?

02

Are your dry fish scales suitable for pharmaceutical and cosmetic use?

03

Do you supply fish scales from both marine and freshwater sources?

03

Do you supply fish scales from both marine and freshwater sources?

04

Do you export dried fish scales and provide regulatory documents?

04

Do you export dried fish scales and provide regulatory documents?

05

What quality controls are followed during fish scale processing

05

What quality controls are followed during fish scale processing

Frequently Asked Questions

01

What are Dry Fish Scales and how are they used?

Fish scales are obtained from different fish species during fish processing and are rich in protein, calcium and other salts. They are washed, cleaned and dried to ensure longer shelf life. Dried fish scales are used to extract collagen, gelation, calcium phosphate, hydroxypatite, and other biomaterials. They are not a finished product but a valuable input raw material.

01

What are Dry Fish Scales and how are they used?

Fish scales are obtained from different fish species during fish processing and are rich in protein, calcium and other salts. They are washed, cleaned and dried to ensure longer shelf life. Dried fish scales are used to extract collagen, gelation, calcium phosphate, hydroxypatite, and other biomaterials. They are not a finished product but a valuable input raw material.

02

The dry fish scales offered by NMP, belong to which species?

02

The dry fish scales offered by NMP, belong to which species?

03

Who are the NMP’s buyers for dry fish scales?

03

Who are the NMP’s buyers for dry fish scales?

04

How much is the Shelf life for Dry Fish Scales?

04

How much is the Shelf life for Dry Fish Scales?

05

Are dry fish scales sustainabled?

05

Are dry fish scales sustainabled?

Guanine

The iridescence that the fish scales emanate is due to the crystalline substance guanine (also called natural pearl essence) present in them. Guanine has a similar iridescence to oyster jewels, so it is frequently used in the cosmetics industry to add a certain luster, shimmer to their products lipsticks, nail polish etc.
The iridescence that the fish scales emanate is due to the crystalline substance guanine (also called natural pearl essence) present in them. Guanine has a similar iridescence to oyster jewels, so it is frequently used in the cosmetics industry to add a certain luster, shimmer to their products lipsticks, nail polish etc.

Hydroxyapatite

Hydroxyapatite is a naturally occurring mineral form of calcium apatite. It is a calcium phosphate similar to the human hard tissues in morphology and composition. It is a major component of teeth offering high rigidity and better enamel. Nano-hydroxyapatite (nano-HAp) is attracting interest as a biomaterial for use in prosthetic applications due to its similarity in size, crystallography and chemical composition with human hard tissue. Bone and teeth enamel are largely composed of a form of this mineral.It is used as a coating for orthopedic implants (bone grafts/fillers) and dental care products. It helps in faster bone healing at the bone-implant interface, promotes increased gap healing between bone and hydroxyapatite, and inhibits corrosion.Further, the aging global population and growing demand for bioactive ceramics in the bone replacement surgeries and dental surgeries are fueling market growth for hydroxyapatite in orthopedic applications.Hydroxyapatite from fish bone and scales is an alternative source of hydroxyapatite (HAp) due to low manufacturing cost and safety issues. Fish sources are safe, easily available and has low risks of disease transmission.
Hydroxyapatite is a naturally occurring mineral form of calcium apatite. It is a calcium phosphate similar to the human hard tissues in morphology and composition. It is a major component of teeth offering high rigidity and better enamel. Nano-hydroxyapatite (nano-HAp) is attracting interest as a biomaterial for use in prosthetic applications due to its similarity in size, crystallography and chemical composition with human hard tissue. Bone and teeth enamel are largely composed of a form of this mineral.It is used as a coating for orthopedic implants (bone grafts/fillers) and dental care products. It helps in faster bone healing at the bone-implant interface, promotes increased gap healing between bone and hydroxyapatite, and inhibits corrosion.Further, the aging global population and growing demand for bioactive ceramics in the bone replacement surgeries and dental surgeries are fueling market growth for hydroxyapatite in orthopedic applications.Hydroxyapatite from fish bone and scales is an alternative source of hydroxyapatite (HAp) due to low manufacturing cost and safety issues. Fish sources are safe, easily available and has low risks of disease transmission.

Microneedles

Microneedles are one of the most effective means of enhancing transdermal penetration of compounds into the body in aminimally invasive manner. To make microneedles readily available and affordable, there is a need to explore a wide range of low cost materials. It is also an area of immense interest in many industries to convert wastes to useful end products.Fish scales are chosen in particular, as they are underutilized natural resource that exists abundantly. Biopolymer extracted from fish scales dissolve in water, has good film forming ability, great mechanical strength and therefore a good candidate for micromoulding. The microneedles produced from fish scales are biodegradable.
Microneedles are one of the most effective means of enhancing transdermal penetration of compounds into the body in aminimally invasive manner. To make microneedles readily available and affordable, there is a need to explore a wide range of low cost materials. It is also an area of immense interest in many industries to convert wastes to useful end products.Fish scales are chosen in particular, as they are underutilized natural resource that exists abundantly. Biopolymer extracted from fish scales dissolve in water, has good film forming ability, great mechanical strength and therefore a good candidate for micromoulding. The microneedles produced from fish scales are biodegradable.

Polymer composites

Factors like increased environmental awareness and rising oil prices have contributed to the advancement of research and development of bio-particulate polymer composites. The fish bio-waste in form of scales was investigated as a useful reinforcement for fabrication of hybrid composite which exhibited good hardness and wear resistant properties as required in many tribological applications like conveyer belts, etc.
Factors like increased environmental awareness and rising oil prices have contributed to the advancement of research and development of bio-particulate polymer composites. The fish bio-waste in form of scales was investigated as a useful reinforcement for fabrication of hybrid composite which exhibited good hardness and wear resistant properties as required in many tribological applications like conveyer belts, etc.

Effluent waste water treatment using fish scales

The use of fish scales to remove heavy metals from effluent waste is a very recent innovation. Biosorption using fish scales is an environment-friendly and economically attractive alternative and can be used in pharmaceutical, petroleum, textile, tannery, automotive battery industry and many more.
The use of fish scales to remove heavy metals from effluent waste is a very recent innovation. Biosorption using fish scales is an environment-friendly and economically attractive alternative and can be used in pharmaceutical, petroleum, textile, tannery, automotive battery industry and many more.

Whatever we produce,
We must fully use

Contact Us

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Products

Biosolutions

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Contact Us

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Phone No:

022 4924 0706
+91 9730007882

Email Address: 

info@nizonamarineproducts.com

Location:

923, IJMIMA complex, MDP Road, Malad West, Mumbai – 400064, Maharashtra, India.


71/17, Topsia Road, (South) Near Millat Nagar Masjid, Kolkata: 700046, West Bengal, India.

© 2026 Nizona Marine Products Private Limited. All Rights Reserved.

Privacy Policy

Whatever we produce,
We must fully use

Contact Us

Company Logo

Links

About

Products

Biosolutions

Blog

Contact Us

Socials

LinkedIn

Phone No:

022 4924 0706
+91 9730007882

Email Address: 

info@nizonamarineproducts.com

Location:

923, IJMIMA complex, MDP Road, Malad West, Mumbai – 400064, Maharashtra, India.


71/17, Topsia Road, (South) Near Millat Nagar Masjid, Kolkata: 700046, West Bengal, India.

© 2026 Nizona Marine Products Private Limited. All Rights Reserved.

Privacy Policy

Whatever we produce,
We must fully use

Contact Us

Company Logo

Links

About

Products

Biosolutions

Blog

Contact Us

Socials

LinkedIn

Phone No:

022 4924 0706
+91 9730007882

Email Address: 

info@nizonamarineproducts.com

Location:

923, IJMIMA complex, MDP Road, Malad West, Mumbai – 400064, Maharashtra, India.


71/17, Topsia Road, (South) Near Millat Nagar Masjid, Kolkata: 700046, West Bengal, India.

© 2026 Nizona Marine Products Private Limited. All Rights Reserved.

Privacy Policy